Tag Archives: #Chinese military cognitive warfare

Chinese Military Center of Gravity for Winning Intelligent Warfare

中國打贏智慧戰爭的軍事重心

中國軍網 國防部網 // 2020年12月31日 星期四

現代英語:

The winning mechanism of war refers to the main factors for winning a war, the way they play a role, and the internal mechanisms, laws and principles of their mutual connection and interaction. With the advent of the intelligent era, the increasingly widespread application of artificial intelligence in the military field has promoted the transformation of the war form to intelligent warfare, and the winning mechanism of war has also changed accordingly.

Having data advantage is the basis for success

In the era of intelligence, the core foundation of many “disruptive technologies” is data, and war will also be “no data, no war”. In intelligent warfare, both sides will fight a “data war” around understanding data, relying on data, competing for data, and using data. Whoever owns the “data right” will have the initiative in the war. Fighting for data, mastering data, analyzing data, and applying data in war are the keys to winning intelligent warfare.

Data resources are combat effectiveness. In intelligent warfare, data comes first before troops move. Whoever controls the data controls the resources to win the war, and controls the initiative and the chips for victory. The ability to understand and use data is an important indicator for measuring combat capability and directly affects the outcome of the war. Obtaining data, analyzing data, and using data are not only the yardsticks for measuring the combat capability of troops, but also the new engine for improving the combat effectiveness of troops. Data is the most direct record of the objective world. It appears in the form of numbers and is raw data, such as the performance parameters of weapons and equipment, the size of troops, the number of guarantees, target parameters, etc. These data can be processed to become the information and intelligence needed for combat. In the information age led by data, data has become the blood of intelligent warfare.

Big data has given rise to a data-based battlefield. To some extent, whoever controls the data resources controls the “winning space” of the war. Data has changed the logical cognition of war. In the past, people inferred the whole from the individual and inferred the inevitability from the small probability events, but now they deduce individual characteristics from the high probability and find the internal laws of specific things from the correlation. Only by understanding the relevant data can we grasp the overall situation, only by gathering similar data can we grasp the trend, and only by integrating all-source data can we understand the connection. All of this is attributed to the control of the data-based battlefield.

Big data changes the way of fighting. As the most important strategic resource, how to distinguish the authenticity and quality of data, how to fight and counter-fight, deceive and counter-deceive, attack and counter-attack around massive data, has become a key issue in winning intelligent wars. When data becomes the focus of war, it will inevitably lead to competition and gaming around data, thereby promoting changes in the style of fighting. At present, the competition for data collection is intensifying, and major countries have launched research on national defense big data projects to provide more intelligence with practical value for military decision-making. The “asymmetry” of data forms the “asymmetry” of algorithms, and then achieves the “asymmetry” of tactics.

Data has given rise to intelligent equipment systems. Data technology has upgraded combat platforms to highly intelligent and autonomous systems. Data has enabled command and control systems, air combat platforms, precision-guided munitions, etc. to complete the transition from informatization to intelligence. For example, modern “swarm technology” is the application of artificial intelligence supported by big data. Data has become a “telescope”, “microscope” and “perspective lens” for analyzing wars. To win intelligent wars, one must have a data mind, data awareness and data thinking.

Mastering algorithm advantages is the key to success

One of the characteristics of intelligent warfare is that all battle plans, campaign plans and war plans need to be generated by computers, and its essence is algorithm-generated tactics. Having an algorithm advantage means having an intelligent advantage, which can achieve a high degree of unity of information advantage, cognitive advantage, decision-making advantage and action advantage.

Algorithm advantage dominates information advantage. Algorithm is a systematic method to describe the strategic mechanism for solving problems, and is the key and prerequisite for improving intelligence advantage. Algorithm technology mainly includes deep learning, supercomputing, brain-like intelligence and other technologies. The use of intelligent sensing and networking technology can widely and quickly deploy various types of intelligent perception nodes, and can implement active collaborative detection for tasks, thereby building a transparent and visible digital combat environment. Judging from the current development trend, the advantage of war algorithms dominates information advantage, which contains great potential to rewrite the rules of the modern war game. This pair of “invisible hands” will shape the new landscape of future intelligent warfare.

Algorithmic advantage dominates cognitive advantage. In intelligent warfare, big data can quickly convert massive amounts of data into useful intelligence after being processed by high-performance and efficient algorithms, thereby gaining cognitive advantage. Algorithms, as the “brain” of artificial intelligence, have become the key to intelligently sensing the battlefield and using it for decision-making, command, and coordination. The party with algorithmic advantage can dispel the “battlefield fog” and “information fog” caused by the failure to process data in a timely manner, making cognition more profound and thus seizing the initiative in the war. In the future, whoever has algorithmic advantage will have stronger cognitive ability, faster learning speed, and better quality results.

Algorithm advantage dominates decision-making advantage. With its high-speed and precise calculation, the algorithm can replace people’s hard thinking and repeated exploration, thereby accelerating knowledge iteration. With the support of massive data and supercomputing capabilities, the judgment and prediction results of artificial intelligence will be more accurate. By constructing combat model rules through algorithms, commanders can be assisted in making rapid decisions in multi-level planning and ad hoc handling of strategies, campaigns, tactics, etc. through actuarial, detailed, deep and expert reasoning. With the development of disruptive technologies such as big data, cloud computing, and quantum computing and their application in the military field, the future combat decision-making cycle will become near real-time. In intelligent warfare, the party that masters super algorithms can quickly propose flexible and diverse combat plans and countermeasures in response to changes in combat opponents, constantly disrupting the opponent’s established intentions and deployments, and thus seize the dominance of the war.

Algorithmic advantage leads to operational advantage. In the era of intelligent warfare, algorithms determine tactics, and algorithmic advantage leads to war advantage. Supported by superior algorithms, the reaction speed of artificial intelligence is thousands of times that of humans. “Algorithmic warfare” foreshadows the transformation of future wars. Whoever can seize the commanding heights of intelligent algorithms can seize the initiative and win before the battle. On the intelligent battlefield, algorithms are far more important than artillery shells. War algorithms have become the key factor in winning intelligent warfare and are the strategic commanding heights that future intelligent armies must seize. Intelligent warfare calculations are ubiquitous. The party that has the algorithmic advantage can quickly and accurately predict the battlefield situation, innovate combat methods, and achieve the advantage of “winning before the battle.”

Multi-domain integration is the key to success

Multi-domain integration is based on the cloud-based combat system. With the support of the cloud-based battlefield situation, various combat personnel, equipment, facilities, and environmental elements have expanded the battlefield space from the traditional three-dimensional space to the polar regions, deep sea, space, and cyberspace, and even to multi-dimensional domains such as cognitive domain and information domain. Multi-domain integration has formed a giant, complex, and adaptive confrontation system. The integration of “cloud gathering” and “network gathering” has become a new mechanism for intelligent combat.

Cross-domain integration and integrated energy release. Under the conditions of intelligent warfare, the emergence of a large number of new long-range combat platforms and intelligent new concept weapons has made the future combat landscape present the characteristics of air-ground-sea-sky integration, global instant strikes, and cross-domain strategic deterrence and control. Supported by the cross-domain, distributed, and networked “cloud killing” collaborative combat system, through the cross-domain aggregation of multiple combat capabilities, cross-domain interoperability of combat command, cross-domain sharing of combat information, cross-domain movement of combat weapons, cross-domain response of combat actions, and cross-domain complementarity of combat functions are achieved. Cross-domain integration is the close coordination of main domain control and cross-domain support to implement cross-domain collaborative support. Integrated energy release is the transition of joint operations from integrated joint operations to cross-domain joint operations, realizing the cross-domain aggregation and overall energy release of multiple combat capabilities.

Human-machine integration, using speed to defeat slowness. If weapons are an extension of the human body, intelligence is an extension of the human brain. In the era of intelligent warfare, there will be a mode of giving human intelligence to machines to implement combat. People will further withdraw from the front-line confrontation and combat, and the combination of people and weapons will appear in a new form. Unmanned combat weapons and human intelligence are deeply integrated into an organic symbiosis, perfectly combining human creativity, thinking and the precision and speed of machines. Therefore, in future intelligent warfare, the mode of engagement will gradually change from the mutual killing of “human-machine integration” to the unmanned system cluster confrontation of “human-machine integration”. Relying on the intelligent combat system, commanders adaptively adjust and select the mode of action according to changes in the battlefield environment. Unmanned combat develops from single-platform remote control combat to multi-platform cluster autonomy, forming a simple command chain of “commander-combat cluster”, highlighting the rapid, flexible and autonomous characteristics of human-machine collaboration.

Brain-intelligence fusion and efficient control. The combat system of intelligent warfare will be characterized by a highly intelligent “human + network + machine”. The intelligent command and control system will operate in a collaborative manner of “human brain + intelligent system”. The intelligent system will assist or even partially replace the role of humans in command and control. The intelligent command and control system will have relatively strong autonomous command and control capabilities, and can relatively independently obtain information, judge situations, make decisions, and deal with situations. Relying on the battlefield situation awareness system, with the help of big data, cloud computing, artificial intelligence, and modeling and simulation technology, it is possible to accurately analyze and judge massive battlefield information, realize the transformation of combat command from “human experience-centered” to “data and model-centered” intelligent decision-making methods, and make combat planning more scientific and efficient. In the future, the super self-evolution and strategic decision-making capabilities of deep neural networks will realize the combat cycle of “human out of the loop”.

Integration of intelligence and mind, attacking the mind and winning the will. With the development of artificial intelligence technology, the boundaries between the biologicalization and humanization of intelligent weapons will be blurred in the future, and the control of people themselves will become the focus. “Attacking the mind and winning the will” is still the highest combat purpose of intelligent warfare. “Cognitive control warfare” based on the control of human brain and consciousness cognition may evolve into an important combat style. With human cognitive thinking as the target, various means are used to stimulate, influence and control the cognitive system to achieve the effect of disrupting the enemy’s command and decision-making system, inducing the enemy’s combat power, and disintegrating the enemy’s morale. For example, based on brain reading and brain control technology, using mental guidance and control means, the strategic intentions, combat intentions, and combat methods of the enemy commander can be grasped in real time, and even directly act on the brain of the enemy personnel, or the consciousness of the party can be “injected” in the form of EEG coding to interfere with or control their consciousness, thinking and psychology, and finally seize the “right to control intelligence” and achieve deep control over combat personnel. With the large-scale application of intelligent combat platforms on the battlefield, information systems assisting humans will gradually transform into intelligent systems partially replacing humans. The focus of the power struggle will shift from “information rights” to “intelligence rights”, and using elite troops to gain control of key domains will become the dominant approach.

現代國語:

戰爭制勝機理,指贏得戰爭勝利的主要因素、發揮作用的方式及其相互聯繫、相互作用的內在機制、規律和原理。隨著智慧時代的到來,人工智慧在軍事領域越來越廣泛的應用,推動戰爭形態轉向智慧戰爭,戰爭制勝機制也隨之改變。

擁有數據優勢是致勝基礎

在智慧化時代,眾多「顛覆性科技」的核心根基就是數據,戰爭也將是「無數據不戰爭」。在智慧化戰爭中,雙方圍繞著認識數據、依靠數據、爭奪數據和運用數據開打“數據戰”,誰擁有“數據權”,誰就掌握了戰爭的主動權。爭奪數據、掌握數據、分析數據,並將數據運用於戰爭之中,是智慧化戰爭的勝利之要。

數據資源就是戰鬥力。在智慧化戰爭中,兵馬未動,資料先行。誰掌握了數據誰就掌握了取得戰爭勝利的資源,也就掌控了戰爭的主動和勝利的籌碼。認識和運用數據的能力,是衡量作戰能力的重要指標,直接影響戰爭的勝負。取得數據、分析數據和運用數據既是衡量部隊作戰能力的標尺,也是提升部隊戰鬥力的新引擎。數據是客觀世界最直接的記載,以數字的形式出現,是原始資料,如武器裝備的性能參數、兵力規模、保障數量、目標參量等,這些數據經過處理能夠成為作戰所需的資訊和情報。在數據引領的資訊時代,數據已成為智慧化戰爭的血液。

大數據催生數據化戰場。某種程度上講誰把控了資料資源,就把握了戰爭的「勝利空間」。數據改變了對戰爭的邏輯認知,過去是從個別推論整體、從小機率事件中推理必然性,而現在是從大概率中推導個別特徵、從相關性中找出具體事物的內在規律。只有洞察相關數據才能掌握全局,只有聚集同類數據才能掌握趨勢,只有融合全源數據才能洞悉關聯。而這一切都歸於對資料化戰場的把控。

大數據改變作戰樣式。數據作為最重要的戰略資源,如何辨別數據的真假優劣,如何圍繞海量數據開展爭奪與反爭奪、欺騙與反欺騙、攻擊與反攻擊,成為打贏智能化戰爭的關鍵問題。當數據成為戰爭爭奪的焦點,必然帶來圍繞數據的競賽和博弈,從而推動作戰樣式改變。目前,資料收集之爭愈演愈烈,大國紛紛進行國防大數據計畫研究,以便為軍事決策提供更多具有實際價值的情報。以資料的“非對稱”,形成演算法的“非對稱”,進而實現戰法的“非對稱”。

數據催生智慧化裝備系統。數據技術使作戰平台升級為高度智慧化和自主化的系統,數據使指揮控制系統、空中作戰平台、精確導引彈藥等完成由資訊化向智慧化過渡。例如,現代「蜂群技術」就是大數據支撐下的人工智慧運用。數據已經成為解析戰爭的“望遠鏡”“顯微鏡”“透鏡”,打贏智能化戰爭必須具備數據頭腦、數據意識、數據思維。

掌握演算法優勢是致勝關鍵

智慧化戰爭的特徵之一就是一切戰鬥計畫、戰役計畫和戰爭計畫都需轉向電腦生成上來,其本質就是演算法生成戰法。擁有演算法優勢就擁有智慧化優勢,就可以實現資訊優勢、認知優勢、決策優勢和行動優勢的高度統一。

演算法優勢主導資訊優勢。演算法是用系統化的方法描述解決問題的策略機制,是提高智慧優勢的關鍵和前提。演算法技術主要包括深度學習、超級運算、類腦智慧等技術。採用智慧感測與網路技術,可廣泛快速部署各類智慧感知節點,可面向任務實施主動協同探測,進而建構透明可見的數位化作戰環境。從當前的發展趨勢來看,戰爭演算法優勢主導資訊優勢,蘊含著改寫現代戰爭遊戲規則的巨大潛力,這雙「無形之手」將塑造未來智慧化戰爭新圖景。

演算法優勢主導認知優勢。在智慧化戰爭中,大數據經過高效能、高效率的演算法處理後,能夠將大量資料快速轉換為有用的情報,從而獲得認知優勢。演算法作為人工智慧的“大腦”,成為智慧感知戰場並由此用於決策、指揮和協同的關鍵。佔有演算法優勢的一方,能驅散因資料得不到及時處理而產生的“戰場迷霧”和“資訊迷霧”,使得認知更為深刻,從而奪取戰爭主動權。未來誰擁有演算法優勢,誰的認知能力就強,學習速度就快,品質效果就優。

演算法優勢主導決策優勢。演算法以其高速、精確的計算,能夠取代人的苦思冥想和反覆探索,加速知識迭代。在海量數據和超算能力支援下,人工智慧的判斷和預測結果將更加準確。透過演算法建構作戰模型規則,以精算、細算、深算和專家推理方式,可輔助指揮官在戰略、戰役、戰術等多層規劃規劃和臨機處置中實現快速決策。隨著大數據、雲端運算、量子運算等顛覆性技術的發展及其在軍事領域的應用,未來作戰決策週期將變成近實時。在智慧化戰爭中,掌握超強演算法的一方能夠針對作戰對手變化,快速提出靈活多樣的作戰方案與應對之策,不斷打亂對手既定企圖與部署,從而奪取戰爭主導權。

演算法優勢主導行動優勢。在智慧化戰爭時代,演算法決定戰法,演算法優勢主導戰爭優勢。在優勢演算法的支撐下,人工智慧的反應速度是人類的千百倍。 「演算法戰」預示著未來戰爭的變革,誰能搶佔智慧演算法制高點,誰就能搶得先機,未戰先勝。在智慧化戰場上,演算法遠比砲彈重要,戰爭演算法成為致勝智能化戰爭的關鍵因素,是未來智慧型軍隊必須搶佔的戰略高點。智慧化戰爭運算無所不在,掌握演算法優勢的一方,能夠快速且準確預測戰場態勢,創新作戰方法,達成「未戰而先勝」之利。

搞好多域融合是製勝樞紐

多域融合是以作戰體系的雲態化為基礎,各類作戰人員、裝備、設施、環境要素在雲態化的戰場態勢支撐下,戰場空間從傳統的三維空間,向極地、深海、太空和網電空間,乃至認知域、資訊域等多維域拓展,多域融合形成巨型複雜自適應對抗體系,「雲聚」融合「網聚」成為智慧化作戰新機理。

跨域融合、整合釋能。在智慧化戰爭條件下,多種新型遠戰平台、智慧化新概念武器的大量湧現,使未來作戰面貌呈現出空地海天一體、全球即時性打擊、跨域戰略懾控等特徵。以跨領域、分散式、網路化的「雲殺傷」協同作戰系統為支撐,透過多種作戰能力跨域聚合,實現作戰指揮跨域貫通,作戰資訊跨域共享,作戰兵器跨域穿行,作戰行動跨域回應,作戰功能跨域互補。跨域融合是主域主控與跨域支援的緊密配合,實施跨域協同支援。整合釋能是聯合作戰由一體化聯合作戰過渡到跨域聯合作戰,實現多種作戰能力的跨域聚合、整體釋能。

人機融合、以快製慢。如果說武器是人身體延伸的話,智慧則是人腦的延伸。智能化戰爭時代,將出現把人的智慧賦予機器進而實施作戰的模式,人將更進一步退出一線對抗作戰,人與武器結合方式將以嶄新形態出現。無人作戰武器與人類智慧深度融合為有機共生體,把人的創造性、思想性和機器的精準性、快速性完美結合。因此,在未來智慧化戰爭中,交戰方式將由「人機結合」的相互殺傷逐漸轉向「人機融合」的無人系統集群對抗。依托智能化作戰系統,指揮員針對戰場環境變化自適應調整選擇行動方式,無人作戰由單平台遙控作戰向多平台集群自主方向發展,形成「指揮官—作戰集群」的簡易指揮鏈,彰顯人機協同的快速靈活自主特徵。

腦智融合、高效控制。智慧化戰爭的作戰體系將表現為高度智慧化的“人+網路+機器”,智慧化指揮控制系統將以“人腦+智慧系統”的協作方式運行,智慧系統將輔助甚至部分替代人在指揮控制中的作用。智慧化指揮控制系統將具備較強的自主指揮、自主控制能力,可相對獨立自主地獲取資訊、判斷態勢、做出決策、處置狀況。依托戰場態勢感知系統,借助大數據、雲端運算、人工智慧和建模模擬技術,能夠對海量戰場資訊進行精準分析研判,實現作戰指揮由「以人的經驗為中心」向「以數據和模型為中心」的智慧化決策方式轉變,作戰規劃更加科學有效率。未來深度神經網路的超強自我進化和戰略決策能力,將實現「人在迴路外」的作戰循環。

智心融合,攻心奪志。隨著人工智慧技術的發展,未來智慧化武器的生物化和人的武器化將界線模糊,針對人本身的控制將成為焦點,「攻心奪志」仍是智慧化戰爭最高作戰目的,基於以人腦和意識認知實施控制為目標的「認知控制戰」可能演化為重要作戰樣式。以人的認知思維為目標,運用多種手段對認知體系施加刺激、影響與控制,達成擾亂敵指揮決策系統、誘導敵作戰力量、瓦解敵軍心士氣的效果。如基於讀腦、腦控技術,運用心智導控手段,即時掌握對方指揮官戰略意圖、作戰企圖、作戰方法等,甚至直接作用於對方人員大腦,或將己方意識以腦電編碼形式“注入” ,幹擾或控制其意識、思維和心理,最終奪取“制智權”,實現對作戰人員的深度控制。隨著智慧化作戰平台大量應用於戰場,資訊系統輔助人類將逐漸轉向智慧系統部分取代人類。制權爭奪的重心將由“資訊權”轉向“智能權”,以精兵點殺謀取關鍵維域控制權將成為主導方式。

中國原創軍事資源:https://www.81.cn/jfjbmap/content/2020-12/31/content_279888.htm

These Chinese Civilian AI “Black Technologies” Will Significantly Advance the People’s Liberation Army in “counterattacking” the US Military

這些中國民用人工智慧「黑科技」將大幅推動解放軍「反攻」美軍

現代英語:

At the World Internet Conference held in Wuzhen in recent years, many leaders of technology companies talked most about artificial intelligence, and the “Light of the Internet Expo” at previous conferences has become a “big show” for various artificial intelligence. In particular, this year, many well-known Chinese Internet companies have shown off their own “black technology”, which is impressive. China’s rapid progress in the field of artificial intelligence has amazed the world. Reuters commented that China is expected to be on par with the United States in five years and become the world’s leading artificial intelligence innovation center. Like the United States, China has clearly made artificial intelligence a priority in both economy and military.

    The report, written by Elsa Kania of the Center for a New American Security, asserts that future competition between China and the United States in the field of artificial intelligence “may change the future balance of economic and military power.” Earlier this year, an undisclosed Pentagon document exaggerated that Chinese companies are circumventing official supervision by purchasing shares in American companies to obtain sensitive American artificial intelligence technologies with potential military uses. Andrew Ng, a well-known scientist in the field of machine learning, said that if the United States wants to stay ahead, it must focus on developing its own artificial intelligence. China is by no means a slouch in the field of artificial intelligence that only relies on foreign technology. Foreign media commented that while the West is still discussing and keeping a close eye on its own technology, China’s innovative progress has begun to rewrite the world’s artificial intelligence technology landscape. The next question is whether China is willing to play with the West.

    The discussion that artificial intelligence will change the rules of war is no longer news. The Brookings Institution website once published an article suggesting that the US military bet on six major technologies, and artificial intelligence technology is one of them. Today, artificial intelligence has made breakthroughs in assisting combat personnel in decision-making and connecting combat personnel with intelligent combat systems, and has been widely used in simulated combat training. Today, a large number of unmanned equipment with intelligent features have entered the arsenals of major countries. Among them, the most widely used US military has nearly 10,000 unmanned aerial systems and more than 12,000 unmanned ground systems, which have become an indispensable and important part of US military operations.

    In a simulated confrontation in June 2016, an artificial intelligence system developed by American researchers defeated two retired fighter pilots in a simulated air battle. In this simulated air battle, the blue team consisting of two fighter jets was equipped with a stronger weapon system, but the red team of the artificial intelligence system defeated the enemy aircraft through evasive maneuvers. After the game, the pilots thought that the program was very good at controlling the situation and was surprisingly responsive. It seemed to be able to predict human intentions and quickly fight back when the opponent changed flight movements or launched missiles. This incident has attracted widespread attention, and the prospect that artificial intelligence will completely replace human soldiers on the battlefield in the future seems to have been further confirmed.

    Throughout human history, most epoch-making technologies have emerged from the military and wars. Humans are more likely to burst out with inspiration at the moment of life and death, and have greater motivation to promote technological progress. In the field of artificial intelligence, the boundaries between the civilian and military use of many technologies are not obvious. Today, the world’s technology giants also have more talents and financial resources than most countries, and the broad application prospects make them more motivated to invest in research and development. The future trend of artificial intelligence technology is expected to be led by these technology giants. This is why in the field of artificial intelligence, the “military-civilian integration” of major countries has become more in-depth, and even the US military has “widely issued invitations to heroes.”

    For example, at this year’s Internet Conference, Chinese companies displayed a variety of artificial intelligence products and technologies, which have broad application prospects in both civilian and military fields and can be called “black technology”. Intelligent drones and unmanned vehicles, these intelligent equipment can accurately deliver express deliveries to customers based on the target location. If applied to the battlefield, it will make front-line supply and evacuation of wounded soldiers more accurate and convenient. In addition, there are artificial intelligence-assisted treatment products, which integrate artificial intelligence technologies such as image recognition and deep learning with medicine to assist doctors in early screening and diagnosis of patients. If this technology is applied to the battlefield, it will greatly improve the work efficiency and treatment speed of medical soldiers. There is also lip reading recognition technology, which can achieve the effect of voice recognition by recognizing lip reading, and can easily carry out complex communication even on a noisy battlefield. In October this year, the PLA Air Force Logistics Department signed the “Military-Civilian Integration Strategic Cooperation Agreement” with executives of five leading logistics companies. Regarding the use of drones specifically mentioned by the Air Force, relevant companies also introduced the development and planning of large logistics drones. Artificial intelligence has a high priority in China’s military-civilian integration, which will enable the PLA to make full use of technological advances in the commercial field to enhance its military capabilities.

    Intelligent machines represented by drones have demonstrated their power on the battlefield or in simulated confrontations. The U.S. Department of Defense report believes that intelligent swarm systems will occupy an important position in future wars. Intelligent swarm attack refers to a swarm system composed of intelligent robots or drones, in which each component of the system independently selects targets, attack forms and formation forms. Compared with manned systems, it has incomparable advantages in coordination, intelligence, cost and speed. The Pentagon called on talented people from the private sector to join the military’s “drone swarm” development, hoping to speed up progress. In June 2017, China’s 119 fixed-wing drones achieved formation flight, setting a record in number. Although it is still far from achieving high-level intelligent formation operations, the U.S. think tank “Project 2049 Institute” admits that China’s drone formation technology is more advanced than that of the U.S. military.

    In future wars, the balance of victory between the two warring parties may completely tilt towards the side with a higher degree of intelligence, and the possibility of the technological laggards continuing to rely on the development of asymmetric combat power to bridge the gap in combat power is gradually decreasing. When the two sides are on the same battlefield, while the officers and soldiers of the side with weaker technical capabilities are busy attacking, retreating, and transferring, the other side with stronger technical capabilities uses unmanned intelligent equipment for all-weather, high-precision intelligent reconnaissance and strikes. Perhaps trapped by ethical issues, the final decision is still made by humans, but the experience of these controllers in the control room thousands of miles away is like playing an online game. The flesh and blood on the battlefield will be exposed, and the opponent’s life will be wiped out with every mouse click or voice command of the enemy. The psychological competition between the strong and weak warring personnel will be completely unbalanced.

    As Russian President Vladimir Putin said, “Whoever becomes the leader in the field of artificial intelligence will be the leader of the future world.” Artificial intelligence has become the “high ground” of the next military competition, and China is already in a leading position in the field of artificial intelligence. The People’s Liberation Army has the opportunity to actively shape the future war model through military innovation. Reuters commented that artificial intelligence will promote the modernization of the Chinese military and may pose a strategic challenge to the US military. (Dong Lei)

現代國語:

近些年在烏鎮舉行的世界互聯網大會上,眾多科技公司領軍人物談及最多的就是人工智能,而歷屆大會的“互聯網之光博覽會”更成為各類人工智能“大秀場”,尤其今年多家知名網路公司紛紛曬出自家“黑科技”,令人印象深刻。中國在人工智慧領域的快速進步令世界驚嘆,路透社就評論稱,中國5年內有望比肩美國,成為全球首要的人工智慧創新中心。與美國一樣,中國在經濟和軍事上都明確地將人工智慧當作重點。

由新美國安全中心的埃爾莎·卡尼亞撰寫的報告斷言,未來中美兩國在人工智慧領域的競爭「可能會改變未來的經濟和軍事力量對比」。今年早些時候,五角大廈一份未公開文件渲染說,中國企業正透過購買美國公司的股權來繞過官方監管,以取得有潛在軍事用途的美國人工智慧敏感技術。機器學習領域知名科學家吳恩達稱,美國要保持領先就必須把注意力放在發展自己的人工智慧上,中國在人工智慧領域絕非一個只是依賴外來科技的懈怠者。外媒評論稱,當西方還在探討看緊自己的技術的時候,中國的創新進步已開始改寫世界人工智慧技術的版圖,接下來的問題是中國還願不願意帶著西方一起玩。

關於人工智慧將改變戰爭規則的論述早就不是新聞,美國布魯金斯學會網站曾刊文建議美軍在6大技術上押下賭注,人工智慧技術就位列其中。而今人工智慧在輔助作戰人員決策,以及作戰人員與智慧化作戰系統對接方面已經獲得突破,而在模擬實戰化訓練等方面更是得到大規模應用。如今大量具有智慧特徵的無人裝備進入了各大國的武器庫。其中應用最廣泛的美軍已擁有近萬個空中無人系統,地面無人系統更是超過1.2萬個,其已成為美軍行動不可或缺的重要組成部分。

在2016年6月的一次模擬對抗中,美國研究人員開發的人工智慧系統在模擬空戰中大勝2名退役的戰鬥機飛行員。在這次模擬空戰中,由2架戰鬥機組成的藍隊裝備更強的武器系統,但人工智慧系統的紅隊透過閃避動作擊敗了敵機。比賽結束後,飛行員認為這款程式非常善於掌控態勢,反應也靈敏得出奇,似乎能預測人類意圖,並在對手改變飛行動作或發射飛彈時迅速回擊。這事件曾引起廣泛關注,未來戰場人工智慧將全面取代人類士兵的前景似乎得到了進一步佐證。

縱觀人類歷史,大多數劃時代的技術都是興起於軍隊發端於戰爭,人類在生死存亡之際更能迸發出靈感,也擁有更大的推動技術進步的動力。而在人工智慧領域,許多技術的民用與軍用界限並不明顯,如今全球的科技巨頭們也擁有超越多數國家的人才和財力,而廣闊的應用前景則令他們在研發投入上更有動力,未來的人工智慧科技潮流有望被這些科技巨頭所引領。這也是為何在人工智慧領域,各大國的「軍民融合」都更為深入,連美軍也「廣發英雄帖」。

例如在今年的網路大會上,中國企業展示的多款人工智慧產品及技術,在民用及軍用領域都有廣闊的應用前景,堪稱「黑科技」。智慧無人機與無人車,這些智慧裝備可以依據目標位置,精準地把快遞送達顧客手中,如果應用於戰場將令前線補給及後撤傷員等行動變得更加精準便捷。另外還有人工智慧輔助治療產品,透過影像辨識、深度學習等人工智慧技術與醫學融合,進而達到輔助醫師對病患的早期篩檢與診斷,這項技術如果應用於戰場,將大大提升醫療兵的工作效率和救治速度。還有唇語辨識技術,透過辨識唇語就可以達到原本需要聲音辨識的效果,即使是在吵雜的戰場上也可輕鬆進行複雜交流。今年10月解放軍空軍後勤部與5家物流領域領導企業主管簽署了《軍民融合戰略合作協議》,而對於空軍方面特別提到的無人機運用,相關企業也介紹了大型物流無人機的研發和規劃。人工智慧在中國軍民融合中的優先順序很高,這將讓解放軍得以充分利用商業領域的技術進步來增強軍事能力。

以無人機為代表的智慧機器已經在戰場或模擬對抗中展現出威力。美國國防部報告認為,智慧化蜂群系統將在未來戰爭中佔據重要地位。智慧化蜂群攻擊是指智慧機器人或無人機組成的蜂群系統,系統各組成部分自主選擇目標、攻擊形式和編隊形式。相比有人系統,在協調性、智慧性、成本以及速度等方面擁有無可比擬的優勢。五角大廈號召來自民間的才俊加入到軍方的「無人機蜂群」開發中,希望能加快進度。 2017年6月,中國119架固定翼無人機實現編隊飛行,創造了數量紀錄,儘管距離實現高階的智慧化編隊作戰仍較遠,但是美國智庫「2049計畫研究所」坦言中國的無人機編隊技術較之美軍更為先進。

在未來戰爭中,交戰雙方的勝利天平或將徹底偏向智能化程度更高的一方,科技落伍者繼續靠發展不對稱戰力來彌合戰力差距的可能性正逐漸變小。當雙方置身於同一戰場,技術能力較弱一方的官兵在進攻、撤退、轉移,疲於奔命時,技術能力強的另一方則是無人智能裝備全天候、高精度的智能偵察、打擊。或許受困於倫理問題,最終的決策仍由人來完成,但其待在千里之外的控制室,這些控制人員的體驗就像是玩網路遊戲。戰場上的血肉之軀將無所遁形,對手的生命在敵人的每一次滑鼠點擊或是語音命令中灰飛煙滅,強弱雙方交戰人員的心理比拼將完全失衡。

正如俄總統普丁所說,「誰成為人工智慧領域的領導者,誰就是未來世界的領導者」。人工智慧已成為下一個軍事競爭的“制高點”,而中國在人工智慧領域已處於領先位置,解放軍有機會透過軍事創新主動塑造未來戰爭模式,路透社則評論認為,人工智慧將推動中國軍隊的現代化並可能對美軍形成戰略挑戰。 (董磊)

中國原創軍事資源:http://m.news.cn/mil/2017-12/20/c_1297707888.htm

China’s Focus on “Controlling Narratives with Intelligence”: The New Frontier of Chinese Cognitive Warfare

中國聚焦「用情報控制敘事」:中國認知戰新前沿

現代英語:

【Military Academy】

  Author: Wu Xiaojian (PhD student at the School of Military and Political Basic Education, National University of Defense Technology)

  At present, the world’s military powers have stepped up cutting-edge research on cognitive domain operations, relying on language to build a narrative discourse system that can win the battlefield, and seek to create asymmetric advantages at the narrative discourse level. Looking to the future, narrative games are playing an increasingly important role in shaping self-interest, conducting cognitive manipulation, and releasing the fog of war. The “weaponization” tendency of its soft power attributes to hard power attributes is becoming increasingly obvious. Against this background, narrative games have become a new frontier for major powers’ cognitive domain operations.

  The “cognitive” nature of narrative

  Narrative is the narration of a story, which consists of two parts: “narration” and “story”. The former answers the question of “how to tell”, while the latter is related to “what to tell”. Human attention to narrative began in the field of literature, and then expanded to other fields such as film, television, fine arts, music, and news communication. With the continuous advancement of human cognition, the concept of narrative has been extended to the fields of politics, economy, military, culture, and citizens’ personal lives, from which narrative concepts such as national macro-narrative, social meso-narrative, and individual micro-narrative have been derived. While the narrator tells the story, through the artificial arrangement of narrative person, time, perspective, focus and other strategies, the audience is subtly influenced by the values ​​and ideology behind the story while understanding the story. This is the “cognitive nature” of narrative.

  The connotations of narrative game are very rich. It covers macro-narratives such as a country’s military thought, military concepts, and military terminology, as well as meso-narratives of agenda setting such as military law, rules of engagement, combat standards, regulations, and war ethics. It also involves micro-narratives such as narratives of war progress and heroic figures in military history and war history.

  Narratives are to cognition what ammunition is to guns. On the eve of the Iraq War, in order to create a cognitive situation of “just cause”, the United States used a small bottle of “white powder” to fabricate the so-called “weapons of mass destruction” and created the “narrative key” for the US invasion of Iraq. In the current Russia-Ukraine conflict, Russia and Western countries have carried out a high-intensity narrative confrontation, each doing its best to shape a self-interested public opinion situation. At present, Western militaries represented by the United States rely on their discourse hegemony to shape narratives into the “main battlefield” of cognitive domain operations. On the one hand, they actively promote ideological output through the Internet and social media, and on the other hand, they influence the formulation of military strategies and the development of national defense forces in other countries by hyping new weapons and equipment and fresh combat concepts.

  Narrative Game and Great Power Competition

  Wars obey politics, and strategies obey policies. Narrative games are ultimately tools for achieving the political goals behind wars. In the process of great power competition in different historical periods, narratives generally serve the overall domestic and foreign affairs of a country, and they use strategic thinking, theoretical concepts, laws and regulations, and political declarations within the macro-political framework that obeys and serves national interests. In the 1930s, the United States enacted the Neutrality Act under the influence of its isolationist foreign policy, but as the threat of fascism grew, especially after Japan’s attack on Pearl Harbor, its foreign policy took a major turn, changing its previous narrative discourse system of neutrality and declaring war on Japan, which profoundly affected the fate of the United States and reshaped the world’s political landscape. After entering the new century, the United States, based on the political purpose of enhancing its own political and military status and establishing a unilateral order, launched the narrative logic of the so-called “weapons of mass destruction” agenda to provoke the Iraq War, which to a certain extent achieved its political plot.

  Faced with a complex external environment, it is a necessary measure for major powers to maintain national security by improving their narrative game capabilities that are in line with their national conditions and commensurate with their military strength. At present, the political nature of great power competition has not been weakened by the evolution of war forms, but has been significantly strengthened. Narrative games must follow the strategic policy of obeying and serving the country and the military as the fundamental principle of operations, defend national sovereignty and development interests as the ultimate mission, value offense and defense as the central task, and cognitive competition as the core goal. In peacetime, they should serve as a “mouthpiece” to shape the image of their own military forces, win support, and convey deterrence. In wartime, they should become a “blade” to cooperate with physical strikes to politically and organizationally divide opponents, shake the enemy, and disintegrate the enemy.

  In today’s world, the fierce competition between major powers has integrated narrative games into the entire process of military cognitive games. Before the military game between major powers, both sides first frequently declare their respective positions and show their will through various channels, convey the justice and necessity of their military struggle, and shape a self-interested situation at the moral and ethical level to gain broad support from the domestic people and the international community; in the process of the game, both sides convey their new progress and achievements in military strategies and tactics, weapons and equipment, combat readiness training and personnel modernization through various means according to the times and circumstances, shape their own dominant position, and cast cognitive fog to cause hesitation, panic and shaken will of the other side’s domestic military and civilians; once the game comes to an end, the winning side will look back on its game process from a grand narrative perspective, and by shaping the image of a winner with both deterrence and affinity, it will demonstrate the winner’s strength and position, and consolidate the victory of the game.

  Building a powerful military narrative discourse system is the basis for conducting cognitive offensive and defensive operations. Narrative games under the background of great power competition require actively finding the points of convergence between cognitive warfare, public opinion warfare, psychological warfare, etc. in terms of elements, information and cognition. The fierce competition among great powers in the fields of public opinion, psychology, and brain control has given narrative games a broader interpretation space and strategic significance. The core of public opinion warfare is the struggle for narrative dominance, and behind it is the competition for international communication power; psychological warfare is a deep-level confrontation about core values, and narrative provides it with a “script” for interpreting and conveying different values; brain control warfare is a combat style that deeply integrates brain science and artificial intelligence. Narrative provides a powerful weapon for information implantation in the competition for cognitive space such as reading the brain, imitating the brain, and controlling the brain, which directly targets the brain.

  “Controlling Narration with Intelligence” is on the agenda

  With the rapid development of science and technology such as cognitive science, computer science, and brain science, and the accelerated evolution of intelligent warfare with ubiquitous intelligence, interconnectedness, human-machine integration, and full-domain collaboration, narrative games have surpassed the traditional scope of “verbal battles” and entered a new era of unbounded generalization, deep integration, and algorithms as king.

  ChatGPT, which has recently become popular all over the world, further reveals the generalization of “narratives are everywhere” in the intelligent era. The continuous progress of technologies such as natural language processing, video image processing, deep learning, big data analysis, and cloud computing has promoted the rapid development of language intelligence, making text, sound, image, video and other tangible or intangible “language” carriers included in the narrative category, greatly expanding the field of narrative games, and leading the competition of major powers to social life, film and television entertainment, news dissemination, education and teaching, etc. beyond hot conflicts, significantly deepening the complexity of cognitive domain confrontation, and greatly enhancing the full-time, global and interactive nature of multimodal narratives. Narrative games in the context of great power competition include psychological narratives, legal narratives, public opinion narratives, information narratives, etc. Once artificial intelligence is integrated with multi-domain narrative games, its weaponization effectiveness may increase geometrically.

  In the future, the narrative game under the competition of major powers will be based on powerful algorithms, and its core lies in “controlling narrative with intelligence”, and the “intelligence” of intelligence must be realized by algorithms. For example, through powerful algorithms, big data technology can accurately draw the enemy’s cognitive landscape, and achieve “customized on demand” control of enemy cognition, and induce the enemy to obey our narrative script in an intelligent, precise and detailed way in the game, ensuring that the narrative dominance of the game is firmly controlled by us.

現代國語:

資料來源:光明網-《光明日報》 | 2023年04月30日 06:55
原文標題:「以智駕馭敘」:認知戰的新邊疆
【講武堂】

作者:武嘯劍(國防科技大學軍政基礎教育學院博士研究生)

當前,世界軍事強國紛紛加緊認知域作戰前沿性研究,以語言為依托打造決勝疆場的敘事話語體系,謀求塑造敘事話語層面的非對稱優勢。展望未來,敘事博弈在塑造利己態勢、開展認知操控、釋放戰爭迷霧等方面正扮演著愈發重要的角色,其軟實力屬性向硬實力屬性過渡的「武器化」傾向日漸明顯。在此背景下,敘事博弈成為大國認知域作戰的新邊疆。

敘事的“認知性”

敘事就是對故事的敘述,由「敘述」和「故事」兩部分組成,前者回答「怎麼講」的問題,後者則與「講什麼」有關。人類對敘事的關注始於文學領域,隨後擴展到影視、美術、音樂等藝術領域和新聞傳播等其3他領域。隨著人類認知的不斷進步,敘事的概念延伸到政治、經濟、軍事、文化、公民個人生活等範疇,由此衍生出國家宏觀敘事、社會中觀敘事、個體微觀敘事等敘事概念。敘事者講述故事的同時,透過敘事人稱、時間、視角、聚焦等策略的人為安排,使受眾在理解故事的同時潛移默化地被故事背後的價值觀和意識形態影響,這就是敘事的“認知性” 。

敘事博弈涉及的內涵十分豐富,既涵蓋一國軍事思想、軍事概念、軍事術語等宏觀敘事,也包括軍事法律、交戰規則、作戰標準、條令條例、戰爭倫理等議程設定的中觀敘事,也涉及軍史戰史中的戰爭進程敘事和英雄人物敘事等微觀敘事。

敘事之於認知,好比彈藥之於槍砲。伊拉克戰爭前夕,美國為塑造「師出有名」的認知態勢,借一小瓶「白色粉末」羅織所謂「大規模殺傷性武器」的莫須有之罪,打造了美軍入侵伊拉克的「敘事之鑰」。在這次俄烏衝突中,俄羅斯與西方國家展開了高強度敘事對抗,為塑造利己輿論態勢各盡其能。當前,以美國為代表的西方軍隊依託其掌控的話語霸權,將敘事塑造為認知域作戰的“主戰場”,一方面通過互聯網和社交媒體積極推進意識形態輸出,另一方面通過炒作新型武器裝備和新鮮作戰概念,影響別國軍事戰略制定和國防軍隊建設發展走向。

敘事博弈與大國競爭

戰爭服從政治,戰略服從政略。敘事博弈歸根究底是實現戰爭背後政治目的的工具。在不同歷史時期的大國競爭過程中,敘事在整體上服務於國家內政外交大局,在服從和服務於國家利益的宏觀政治框架內以戰略思想、理論概念、法律法規、政治宣言等形式施展縱橫捭閔之術。在1930年代,美國受孤立主義外交政策影響制定了《中立法》,但隨著法西斯的威脅日漸增長,特別是日本偷襲珍珠港後,其對外政策出現重大轉向,一改以往奉行中立的敘事話語體系並對日宣戰,從而深刻影響了美國國運,重塑了世界政治格局。進入新世紀後,美國從提升自身政治軍事地位、建立單邊主義秩序的政治目的出發,發動所謂「大規模殺傷性武器」議程的敘事邏輯挑起伊拉克戰爭,某種程度上實現了其政治圖謀。

面對錯綜複雜的外在環境,提升符合本國國情且與本國軍事實力地位相稱的敘事博弈能力,是大國維護國家安全的必要舉措。當前,大國競爭的政治屬性並未因為戰爭形態的演進而削弱,反而顯著地加強了。敘事博弈必須以服從服務於國家和軍隊的戰略方針為作戰根本遵循,以捍衛國家主權和發展利益為終極使命,以價值攻防為中心任務,以認知爭奪為核心目標,在平時當好「喉舌「為本國軍事力量塑造形象、爭取支持、傳遞威懾,在戰時成為「刀鋒」配合物理打擊從政治和組織上分化對手、動搖敵人、瓦解敵軍。

當今世界,大國之間的激烈較量已將敘事博弈融入軍事認知博弈的整個流程。大國軍事賽局前,雙方先透過多種管道頻繁宣示各自立場、展現各自意志,向外傳達己方開展軍事鬥爭的正義性必要性,在道義和倫理層面塑造利己態勢,以獲取國內民眾和國際社會的廣泛支持;在博弈進程中,雙方因時因勢透過各種方式向外傳遞各自的軍事戰略戰術、武器裝備、戰備訓練和人員現代化取得的新進展新成就,塑造己方優勢地位,施放認知迷霧造成對方國內軍民猶疑恐慌意志動搖;博弈一旦進入尾聲,勝利一方則以宏大敘事視角回溯其博弈過程,透過塑造威懾力與親和力同在的勝利者形象彰顯勝利者實力地位,鞏固博弈勝利成果。

建構強大的軍事敘事話語體係是開展認知攻防作戰的基礎。大國競爭背景下的敘事博弈,要求積極尋找認知戰與輿論戰、心理戰等彼此在要素、資訊與認知間的契合點。大國較量圍繞著輿論、心理、制腦權等場域開展的激烈角逐,賦予了敘事博弈以更為廣闊的闡釋空間與戰略意義。輿論戰的核心是敘事主導權的爭奪,背後是國際傳播力的較量;心理戰是關於核心價值觀的深層對抗,敘事則為其提供了闡釋和傳遞不同價值觀的「腳本」;制腦權作戰是腦科學與人工智慧深度融合的作戰樣式,敘事為讀腦、類腦、控腦等以大腦為直接目標的認知空間爭奪提供了資訊植入的有力武器。

「以智駕馭敘」提上日程

隨著認知科學、電腦科學、腦科學等科學技術的高速發展,以及智慧泛在、萬物互聯、人機共融、全域協同的智慧化戰爭加速演進,敘事博弈已超越「唇槍舌戰」的傳統範疇,進入無界泛化、深度融合、演算法為王的新時代。

近期風靡全球的ChatGPT,進一步揭示了智慧時代「敘事無所不在」的泛化性。自然語言處理、視訊影像處理、深度學習、大數據分析、雲端運算等技術的不斷進步推動了語言智慧的快速發展,使得文字、聲音、影像、視訊等有形或無形的「語言」載體都被納入到敘事範疇,極大拓展了敘事博弈的發生場域,將大國競爭引向熱衝突以外的社會生活、影視娛樂、新聞傳播、教育教學等方方面面,顯著加深了認知域對抗的複雜程度,極大增強了多模態敘事的全時全域性和互動性。大國競爭背景下的敘事博弈,包括心理敘事、法律敘事、輿論敘事、資訊敘事等,人工智慧一旦與多域敘事博弈融合,就可能使其武器化效能幾何式遞增。

未來,大國競爭下的敘事博弈將以強大算法為依托,其核心在於“以智駕馭敘”,智能之“智”要靠算法實現。例如,透過強大演算法,大數據技術可精準繪製敵方認知圖景,據此實現對敵認知操控的“按需定制”,在博弈中智能化、精準化、細緻化地誘使敵方服從我方敘事腳本,確保博弈的敘事主導權牢牢為我所控。

中國原創軍事資源:https://military.cctv.com/2023/04/30/ARTITYH9OANialt6AQ2BNLC2230430.shtml

Truly Integrating Chinese Military Combat Preparation into Current Adversarial Defeat Operations

將中國軍事備戰真正融入當前抗擊作戰

現代英語:

Key points

  ● Our military’s preparations for military struggle are being carried out under the special background of dramatic changes in world military affairs. If we lack a strong awareness of keeping pace with the times and theoretical preparations for pioneering and innovation, we will not be able to carry the spirit of the times throughout the entire process of military struggle preparations.

  ● The many stages of military transformation and their possible changes are uncertain, which leads to different value judgments and behavioral norms. The only way to decide on these judgments and norms is to put them into the “general coordinates” of military transformation.

  ● Keeping pace with the times does not mean following the trend or following a routine. Leapfrog development is an inherent requirement of keeping pace with the times. The new historical mission requires us to shorten or even surpass certain development stages and take a road of military struggle preparation with distinctive characteristics.

  The era of rapid change gave birth to great ideas. In his speech on May 31, General Secretary Jiang Zemin pointed out: “To implement the requirements of the ‘Three Represents’, the whole party must always maintain a spirit of keeping pace with the times and constantly open up new horizons for the development of Marxist theory…” The idea of ​​keeping pace with the times proposed by Chairman Jiang is a high-level summary of the spirit of the times and a lasting spiritual driving force for promoting military innovation. It will surely have a profound impact on military struggle preparations. Guided by the important thought of “Three Represents”, we must vigorously promote the spirit of keeping pace with the times, open up the work situation with pioneering and innovation, and enhance combat effectiveness with emancipated minds, so as to put “winning” into practice.

  The most prominent background of military struggle preparation is the new military transformation

  The important thought of “Three Represents” is the result of the Chinese Communists observing and thinking about the changes in the world and China today, and adhering to and developing Marxism in new practices. Keeping pace with the times is a concept that reflects the essential characteristics of the times. To examine military struggle preparations with this concept, we should first look at what kind of changes have taken place in the background of our times.

  There are many factors that affect the preparation for military struggle: the development of the international situation, the evolution of the strategic pattern, the judgment of security threats… However, the most direct, profound and extensive influence is the new round of military revolution that emerged at the end of the last century.

  ———A revolution in combat elements: simultaneous improvement in strike, defense, and mobility. For thousands of years, no military revolution has achieved simultaneous development of strike, defense, and mobility in a short period of time. The military revolution taking place today is turning the ideal model of simultaneous improvement of the three combat capabilities into reality.

  The improvement of strike capability is mainly due to precision-guided weapons. The accuracy of traditional unguided weapons is generally in a stable inverse relationship with the strike distance, but precision-guided weapons are changing the “range-accuracy” law. The accuracy does not decrease with the increase of range. This change has a strong impact on the time, space and effectiveness concepts formed in the previous generation of wars, and new tactics such as “non-contact combat” and “out-of-area strike” have emerged.

  In all previous military reforms, the transformation of defense capabilities has always been “half a beat slower”, and the battlefield strictly follows the iron rule of “saving oneself by destroying the enemy”. Some people even believe that the armor revolution in the 20th century was just an extension of the idea of ​​”blocking and offsetting the opponent’s attack power” in the cold weapon era, and it is not really a defense revolution. Today, a real defense revolution has quietly arrived. The representative technology is stealth technology, known as “low detectability technology”. It breaks through the traditional routine that has been followed for thousands of years, “saves itself” by reducing the probability of the target being discovered, and at the same time creates conditions for achieving the suddenness of the attack. It can be called an offensive defense method of “saving oneself” first and then “destroying the enemy”, and its development prospects are unlimited.

  Mobility is shifting to “air”, and military mobility is showing multi-dimensional and three-dimensional characteristics. With the cross-generational improvement of intelligence support, command and control, and mobility tools, air mobility has leapt from the tactical level to the campaign level. At present, the number of helicopters in the main forces of the military of some developed countries is roughly equal to that of tanks, with an average of one helicopter for every 100 soldiers. Once the ground is no longer an obstacle, what new landscape will appear on the battlefield?

  ———Revolution in the military structure: integration of all services. Integration is a prominent manifestation of the achievements of the new military revolution in the field of command and coordination. Since the establishment of services, the military has believed in the idea of ​​​​integrated operations, but the difficulty of “horizontal flow” of information has restricted the improvement of the overall combat capability of the military. Since the 1980s, digital communication equipment, friend-or-foe identification systems, global positioning systems, and computer networks have successively entered the battlefield. For the first time, troops of different types, levels, and spaces have the ability to “horizontally flow” information, creating conditions for integrated operations. Reflecting this trend is the concept of “action-centered warfare” proposed by the US military in recent years. Based on the development of sensor technology, computer network technology and rapid response capabilities, the US military has transformed “plan-centered warfare” into “action-centered warfare”, which will be a profound change in the field of military command and coordination, and the integrated operations of all services will reach a new level.

  Integration is also reflected in the formation of the army. First, the boundaries between the services are weakened. Since World War II, the power of the services has usually been directly controlled by the strategic command, forming a clear boundary between the services. In future joint operations, the traditional command system can no longer adapt to the special requirements of timeliness. It is necessary to break the original boundaries between the services and form an integrated force. At present, the establishment of a “joint task force” composed of an army brigade task force, an air force fighter squadron, a naval ship unit and a marine expeditionary unit is a new attempt by the military of developed countries to seek integration. Secondly, the boundaries between the services are weakened. The military of developed countries has formed mixed-service synthetic forces. For example, the US Air Force will establish 10 expeditionary aerospace forces by 2003 based on the “mixed wing” experiment in the past few years; the United Kingdom has mixed the Navy’s “Sea Harrier” aircraft with the Air Force’s “Harrier” fighter since 2000. It can be foreseen that in the near future, a new pattern will emerge in the relatively stable military structure formed in the era of mechanized warfare. Some scholars call it a “revolution of relationships” and a “revolution of structure”, which is indeed a vision.

  ———Revolution of combat systems: transformation from mechanized army to informationized army. Human society is facing the third major transformation in history, and the wave of information revolution continues. A few years ago, the concept of informationization as “intelligent” warfare was still beyond people’s vision, but today few people doubt its emergence.

  Since the advent of the industrial age, war has shown an accelerating development trend, especially in the half century after World War II. Mechanization, as the mainstream of war, has reached its peak, but it has also fallen into a dilemma: the physical performance of weapons and equipment has reached its limit, and the return on investment is very small; the catastrophic consequences of nuclear weapons make it increasingly difficult to play a role in war; the harm to innocent people and the pollution to the environment caused by weapons of mass destruction have led to ecological deterioration… There is almost no way to continue to develop within the framework of mechanization. People began to seek new ways, that is, to solve the problems of strike efficiency and combat effectiveness from a deeper level, and strive to achieve precision, controllability and intelligence, and this is informatization. At present, the armies of many countries are working hard to open up a path of change to break out of the dilemma of mechanized warfare. The trend of mechanized warfare giving way to information warfare is irreversible. President Jiang has a keen insight into the major changes in the world’s military field and pointed out that the essence of the new military revolution is the information revolution, which has pointed out the direction for our army to meet the challenges of the new military revolution in the world.

  At present, the armed forces of developed countries are vigorously promoting the informatization of weapons and equipment. While actively developing C4I systems, precision-guided munitions, smart weapons, and digital individual equipment, they also focus on doing a good job in top-level design, integrating target reconnaissance and surveillance, target information processing and transmission, precision strikes, and damage assessment to form a “military system”. In this way, the combat system of the industrial age, which is suitable for exerting the potential of firepower and mobility, has been gradually transformed into a combat system of the information age, which is suitable for the rapid flow and use of information.

  Our military’s preparations for military struggle coincide with the real upheaval in the world’s military field. Having experienced this revolution, we should have a stronger sense of the times and urgency than ever before. When we are preparing for real threats, we must not ignore or forget that we are in a new era, and we must not be busy responding and indifferent to the general trend. Not being attached to things we are already familiar with, keenly absorbing the new things shown to us by the historical trend, taking advantage of the trend, and taking a bigger step, this is the powerful response of the idea of ​​keeping pace with the times to the challenges of the times.

  Designing the “general coordinates” of military struggle preparation in accordance with the general trend of military transformation

  In his “May 31” speech, General Secretary Jiang pointed out: “Adhering to the ideological line of emancipating the mind and seeking truth from facts and promoting the spirit of keeping pace with the times are decisive factors in the Party’s maintaining its advanced nature and creativity under the conditions of long-term governance. Whether our Party can always do this will determine China’s development prospects and destiny.” If we understand keeping pace with the times from the perspective of “determining destiny,” military struggle preparations will be able to find reference in a broader context.

  ———Inspiration from history: Those who follow the trend will prosper, and those who go against the trend will perish. Those who follow the historical trend are destined to be favored by history, and those who seize the initiative are often those armies that are extremely sensitive to the historical trend. In the mid-19th century, Prussia was earlier than other countries to realize the challenges brought by the Industrial Revolution to the military field, and took the lead in realizing the transition of the military system to mechanized warfare, which gave it a decisive advantage over those European armies with more troops and higher technological levels in the following decades.

  On the contrary, there is a clear gap between the huge military investment and the results achieved, and the reason is probably the lack of a keen sense of smell to seize the opportunity. From the mid-17th century to the end of the 18th century, Chinese society developed to the extreme under the original system framework, and the military was also in the heyday of the cold weapon era. Almost at the same time, a series of earth-shaking changes took place in the world: the gunpowder revolution was in full swing, and the mechanization revolution followed. Faced with the impact of military changes, the Qing army clung to the pedantic idea that “riding and shooting are the foundation of Manchuria”, calling inventions and creations “strange skills and tricks” and viewing strong ships and powerful guns as sorcery. The Qing Dynasty was eventually passively beaten and lost its power and humiliated the country.

  History has striking similarities, but the choices of historical paths have their merits and demerits. Today, the world’s military is once again facing major changes, major developments, and major turning points. After the Gulf War, the Central Military Commission was keenly aware that the world’s military field was undergoing extensive and profound changes, and promptly formulated a military strategic policy for the new era, requiring that the basis of military struggle preparation be placed on winning local wars under modern technology, especially high-tech conditions; in 1996, under the guidance of this strategic policy, it was proposed that the guiding ideology of military construction must achieve two fundamental changes from quantity and scale to quality and efficiency, and from manpower-intensive to technology-intensive; in 1997, with great wisdom and extraordinary courage, the “three-step” strategy for the cross-century development of the military was determined… These major measures fully reflect the forward-looking vision of keeping pace with the times. Over the past decade, the reason why our military’s preparation for military struggle in the new era has been able to make continuous progress and breakthroughs is because the spirit of the times that keeps pace with the times has been integrated into it.

  ———Useful experience: Take reform as the focus of military struggle preparation. After the Cold War, the international situation changed, and the armies of various countries began to redesign their development blueprints. The general practice is to attach great importance to the impact of new military changes, emphasize the historical opportunity of war transformation, and promote military reform in accordance with the requirements of the times. Waves of reforms have emerged one after another, and finally formed a reform trend that swept the world.

  According to the “2001-2002 Strategic Assessment Report” recently published by the London International Institute for Strategic Studies, after the “9.11” incident, the US military proposed a new round of military reform plans, which included six important components, the first of which was “concepts on future wars.” With a new view on future wars, the war machine must be remodeled. In fact, the former Soviet army was the first to realize the current military revolution, but the US military came later. When many mechanized armies were still arguing about whether informatization would come, the US military quietly began the informatization reform and established the “Senior Steering Committee for Military Revolution Research” in 1994 as the organizational leadership of military reform. Each branch of the military has also established corresponding institutions, such as the Army Digitalization Office and Ground Information Warfare Center, the Navy New Operational Concept Committee and Fleet Information Warfare Center, and the Air Force Information Warfare Center. After years of accumulation, a large number of beneficial results have been achieved, providing coordinates for the military’s informatization transformation.

  The deeper the reform, the more difficult it is to operate. The armies of many countries have seen that the military system that has been perfected in the mechanized era has little room for transformation, and must vigorously promote the new military revolution. The US Department of Defense has set up five working groups to focus on how to use information technology to completely transform the US military, and has established six combat laboratories dedicated to studying information warfare. The US military believes that it is currently unable to effectively cope with various complex new security challenges, and needs to carry out military reforms with the goal of rapid, flexible, and effective joint operations of all arms, including the establishment of a standing joint task force, the development of required leapfrog technologies, the enhancement of the flexibility of command organizations, the reform of procurement strategies, the abandonment of old military systems to free up funds for new systems, and so on. Although the conditions for promoting the new military revolution in Russia, Britain, France, Japan and other countries are not as complete as those in the United States, they have also formulated long-term national defense development strategies and military construction plans, and accelerated the pace of their own military reforms to meet the challenges of the new military revolution. These reform measures reflect the general direction and are worth learning from for our army.

  ———The call of mission: Unify military struggle preparation and building a first-class army. The tasks of our army’s military struggle preparation are determined, but the reference system of army building is not solidified. The changing international environment, the uncertain strategic pattern and the complex surrounding security situation faced by our country have determined that once a war breaks out, our combat opponents and combat directions may not be single, and the main strategic direction is also relative and variable. After the founding of the People’s Republic of China, almost none of the several local wars we have fought were carried out in the strategic direction we have prepared. If we only target one opponent and imagine one situation, it is undoubtedly a strategic shortsightedness.

  In the face of this situation, how can we prepare for military struggle? The answer is: improve the starting point of military struggle preparation and build a first-class army. In a reality full of uncertainty and unpredictability, the most important thing is to have the “ability” to cope with various situations. This is like participating in a large-scale international competition. It is not enough to just defeat one opponent. Only by defeating a series of opponents can you win the championship, which requires comprehensive strength. Therefore, military struggle preparation should be planned for the long term, not overly focusing on recent threats and ignoring long-term construction. While highlighting the key points, we should focus on developing the ability of the entire army to cope with challenges and unexpected events. This ability can only be obtained by strengthening quality construction and catching up with the world’s military powers. Take advantage of our “latecomer advantage”, draw nourishment from the history of military development in developed countries, accelerate the process of catching up with advanced technology, advanced systems, and advanced ideas, avoid the detours they have taken, and finally form our own advantages. In this way, we can prepare for recent threats while also taking care of the future.

  The military revolution is global, but it will not automatically visit every country. Although it has made it possible for the armies of developing countries to catch up, opportunities only come to those who respond correctly. We have unified the two strategic tasks of preparing for real military struggles and strengthening the quality of military construction, preparing while building, using preparation to drive construction and construction to promote preparation. This is undoubtedly the right choice.

  Taking a Distinctive Path of Military Struggle Preparation in the Trend of Change

  Due to different starting points, the military of different countries has shown diversity in the choice of development path. A foreign scholar once asserted: “What aspects of an army lag behind and how much it lags behind completely determines the pattern of historical change.” In the field of economics, this phenomenon is called “path dependence.” If the path of change of the world’s military powers is regarded as the only model and applied to oneself without thinking, then it will inevitably lead to a serious misalignment of the starting point, path and goal.

  ———Establish a brand-new development strategy. In the 21st century, the war will inevitably enter the informationization stage. In this transition, the armies of countries around the world may undergo new differentiation, resulting in major differences and imbalances in combat capabilities. To avoid being left behind in the new competition, conventional strategies will not work. We must find a way to catch up quickly.

  Mechanization is the path to development for Western armies. This is because the historical background at that time provided them with special conditions. It is impossible for our army to have these historical conditions again and to achieve the same level of development in the form of mechanized warfare. Therefore, we should seriously reflect on whether we can really catch up with the armies of developed countries in the framework of mechanization.

  Information warfare is a great leap forward in the form of warfare. In fact, the development from the old form to the new form is achieved through a series of huge changes within the combat system. This transformation is not a linear transition from the old form to the new form, but a “transfer development”. Just as “steamboats are not evolutionary sailboats; cars are not evolutionary improvements on horses and carriages; transistors are not better vacuum tubes”, “transfer development” is a change in the nature and direction of combat means. Its prominent features are its transition, nonlinearity, discontinuity and innovation. Looking forward from the perspective of the old form in a straight line, you cannot see the new form.

  Our army is still in the process of mechanization. The limitations of mechanization are rapidly emerging but have not yet been fully exposed. In some areas of information technology, our army has gradually entered the new military revolution, and even in some parts and to some extent, it is not behind many Western countries’ armies. This shows a fact that mechanization and informatization are not completely connected in a straight line. Under certain conditions, it is possible to achieve leapfrog development. The agricultural civilization of ancient Egypt was not built on the basis of the world’s most developed hunting and gathering civilization, and the British pioneering industrial civilization did not have the world’s most developed agricultural civilization.

  The discontinuity and transition of the new war form often provide a historical opportunity for the army that was not advanced to catch up. The information revolution provides an opportunity for our army to achieve leapfrog development without fully developed mechanization.

  ———Use informatization to drive mechanization. The “generational” development of weapons and equipment is not only an important part of the new military revolution, but also its origin. A fundamental question is: for which generation of war are the weapons systems being developed or introduced preparing? If we use yesterday’s equipment to meet tomorrow’s war, we will inevitably run into a wall. Let’s take an example. The radar system used by the vast majority of early warning aircraft currently in service is an active radiation radar, which will basically have no survivability in the next generation of war. If we blindly introduce such early warning aircraft, is it a strategic miscalculation? Obviously, forward-looking awareness is particularly important for equipment development.

  The so-called advanced consciousness, for our army at this stage, is to establish the development concept of “using informatization to drive mechanization”. The information revolution has provided opportunities for our army to develop by leaps and bounds, but it is impossible to completely leapfrog the mechanization stage. The mechanization level of our army’s weapons and equipment is still not high, and some are even only semi-mechanized. Using informatization to drive mechanization means moderately developing mechanization, but not pursuing the most advanced mechanization, not affecting the capital investment in informatization transformation, not over-performing the mechanized command system and mechanism, and ensuring the smooth progress of informatization transformation while maintaining the mechanized combat mode. Combine moderate development of mechanization with informatization, and while maintaining the former, focus on the latter.

  ———Deepen reform while inheriting. As early as 1996, President Jiang pointed out: “From the current trend of world military development, the problem of unreasonable organizational system of our army is also quite prominent. The adjustment and reform of organizational system should continue to be carried out actively and steadily.” Any army is following the organizational tradition that has been tested by practice and reflects its own characteristics. For example, Sweden has adopted the organizational system of integrating soldiers with civilians for hundreds of years, and the organizational system of the Indian Army still retains the “wing system” tradition of the British Indian period… However, the impact point of military reform is often aimed at the organizational system first. The “hub” position of the organizational system makes it the focus of any army that wants to make a difference.

  As the military revolution develops in depth, a series of innovative achievements in weapons and equipment, personnel quality and combat theory will eventually need to be materialized in a smooth system, and scientific mechanisms will be used to express and reflect them, so that they can release energy most quickly and effectively. The adjustment of the organizational system of our army should break through the accumulated problems, transcend tradition, create enough space to promote institutional reform, and unswervingly work towards the direction of “appropriate scale, reasonable structure, and flexible command” required by Chairman Jiang. The so-called keeping pace with the times means that we should boldly reform the focus and difficulties of these top-level designs, and should not be burdened by the details in front of us.

  ———Using science and technology as the driving force. In the process of new military transformation, our army’s scientific spirit and scientific and technological awareness are keeping pace with the times. The whole army has carried out extensive, in-depth and long-term scientific and technological training activities, and has embarked on a new training development path driven by science and technology.

  Historically, armies that reject science and technology have always been doomed. During World War II, the Japanese Kwantung Army believed that “belief rather than knowledge is the factor in completing the mission”, and its combat regulations insisted on “hand-to-hand combat”. In the “Zhanggufeng Incident” in 1938, although the casualties in hand-to-hand combat only accounted for 2.8% of the total casualties, the Kwantung Army’s combat regulations in 1941 still emphasized “hand-to-hand combat” and lacked training to deal with tanks and aircraft. After the war, the Japanese army admitted that the Kwantung Army “had almost zero modern combat training”. Western armies have a tradition of advocating science, and they attach great importance to timely revising training regulations and adjusting training content according to the development of military technology. It is reported that the US Air Force no longer conducts training in close-range air combat projects, but focuses on controlling missile flight.

  In recent years, the whole army has carried out a comprehensive reform of the content of education and training in accordance with the requirements of the military strategic policy of the new era, and has achieved phased results. However, the reform that has been carried out is preliminary, and there is still a long way to go. The innovation of education and training content should focus on the requirements of the next generation of war on personnel quality and combat capability, and make a good overall design from top to bottom. In recent years, our army has built a military training information network for the whole army and campus networks of various colleges and universities, established a large number of modern teaching venues and training grounds, developed and distributed a large number of training simulation equipment that matches new equipment, and realized the interconnection and interoperability of campaign and tactical training simulation systems… We will hold high the torch of the spirit of the times, keep pace with the times, and rely closely on scientific and technological progress to continuously push education and training to a new level.

現代國語:

柴宇球、曾蘇南、本報記者張國育

內容提要

●我軍軍事鬥爭準備是在世界軍事真正發生劇變的特殊背景下進行的。如果缺乏與時俱進的強烈意識和開拓創新的理論準備,就無法把時代精神貫穿軍事鬥爭準備的整個過程

●軍事變革的許多階段及其可能變化具有不確定性,因此產生了不同的價值判斷和行為準則。決定這些判斷和準則的取捨,只能把它們放到軍事變革的「總座標」中去考慮

●與時俱進不是隨波逐流,不是按部就班,跨越式發展是與時俱進的題中應有之義。新的歷史使命要求我們縮短甚至超越某些發展階段,走具有鮮明特色的軍事鬥爭準備之路

激變時代催生偉大思想。江澤民總書記在「5·31」演講中指出:「貫徹好『三個代表』要求,必須使全黨始終保持與時俱進的精神狀態,不斷開拓馬克思主義理論發展的新境界…」。江主席提出的與時俱進思想,是時代精神的高度概括,也是推動軍事創新的持久的精神動力,它必將對軍事鬥爭準備產生深遠影響。以「三個代表」重要想法為指導,大力弘揚與時俱進的精神,用開拓創新打開工作局面,用解放思想提升戰鬥力,才能把「打得贏」落實。

軍事鬥爭準備最突出的時代背景是新軍事變革

「三個代表」重要思想是中國共產黨人觀察、思考當今世界和中國的變化,在新的實踐中堅持與發展馬克思主義的結果。與時俱進,則是反映了時代本質特徵的觀念。用這個觀念來檢視軍事鬥爭準備,首先應當看我們所處的時代背景究竟發生了什麼樣的改變。

影響軍事鬥爭準備的因素很多:國際情勢的發展,戰略格局的演變,對安全威脅的判斷……但是,影響最直接、最深刻、最廣泛的,當首推上世紀末期興起的新一輪軍事革命。

———戰鬥要素的革命:打擊力、防護力、機動力同步提升。千百年來,還沒有哪一次軍事變革在短時間內使打擊、防護、機動能力獲得同步發展。而當今發生的這場軍事變革,正把三種作戰能力同時提升的理想模式變成現實。

打擊能力的提升主要得益於精確導引武器。傳統非導引武器的命中精準度一般與打擊距離構成穩定的反比關係,而精確導引武器卻在改變「射程-精準度」規律,它不因射程的增大而降低精準度。這項變革猛烈衝擊著上一代戰爭中形成的時間觀、空間觀和效能觀,「非接觸作戰」、「防區外打擊」等新戰法應運而生。

在歷次軍事變革中,防護能力的變革總是“慢半拍”,戰場嚴格遵循“靠消滅敵人來保存自己”的鐵律。甚至有人認為,20世紀的裝甲革命只是冷兵器時代「阻隔與抵消對方打擊威力」的思路的延伸,實在算不上是一次防護革命。今天,一場真正意義上的防護革命悄然而至,代表性的技術是被稱為「低可探測性技術」的隱身技術,它突破了沿襲數千年的傳統套路,透過降低目標被發現的機率來“保存自己”,同時又為達成攻擊的突然性創造了條件,堪稱先“保存自己”再“消滅敵人”的進攻性防護手段,其發展前景不可限量。

機動力正向「空中化」轉移,軍隊機動呈現多維立體的特徵。隨著情報保障、指揮控制、機動工具的跨代式改善,空中機動能力從戰術級躍升到了戰役級。目前,有些已開發國家軍隊主力部隊的直升機數量與坦克大致相等,平均每100名士兵就有一架直升機。一旦地面不再成為障礙物時,戰場將出現什麼新景觀?

———軍隊結構的革命:諸軍兵種一體化。一體化是新軍事變革的成果在指揮協同領域的突出體現。自從有了軍兵種,軍隊就信奉整體作戰思想,但由於資訊的「橫向流動」比較困難,制約了軍隊整體作戰能力的提升。自1980年代以來,數位化通訊設備、敵我識別系統、全球定位系統、電腦網路相繼躋身戰場,不同類型、不同層級、不同空間的部隊第一次具備了資訊「橫向流動」的能力,為一體化作戰創造了條件。反映這一趨勢的是近年來美軍提出的「行動中心戰」概念。基於感測器技術、電腦網路技術及快速反應能力的發展,美軍把“計劃中心戰”轉變為“行動中心戰”,這將是軍隊指揮協同領域的一次深刻變革,諸軍兵種一體化作戰將由此達到一個新水平。

一體化也體現在軍隊編成上。首先是軍種界限的弱化。二次大戰以來,軍種力量通常由戰略統帥部直接掌握,形成了涇渭分明的軍種界限。未來聯合作戰,傳統的指揮體制已無法適應對時效性的特殊要求,必須打破原有的軍種界限,組成一體化部隊。目前,建立由陸軍旅特遣隊、空軍戰鬥機中隊、海軍艦艇部隊和陸戰隊遠徵分隊組成的“聯合特遣部隊”,就是發達國家軍隊謀求一體化的新嘗試。其次是兵種界線的弱化。已開發國家軍隊紛紛組成兵種混編合成部隊,如美國空軍在前幾年「混編聯隊」試驗的基礎之上,將在2003年前建立10​​支遠徵型航空航天部隊;英國從2000年開始將海軍的「海鷂」飛機與空軍的「鷂」式戰鬥機混合編組。可以預見,在不遠的將來,機械化戰爭時代所形成的相對穩定的軍隊結構將出現新格局。有些學者稱之為“關係的革命”、“結構的革命”,不失為一種遠見。

———作戰體系的革命:機械化軍隊轉變為資訊化軍隊。人類社會正面臨歷史上第三次大轉型,資訊革命的浪潮持續不斷。幾年前,作為「智慧化」戰爭的資訊化概念尚在人們的視野之外,而今天沒有多少人再懷疑它的出現。

戰爭自進入工業時代以來,呈現出加速度發展趨勢,尤其是第二次世界大戰後的半個世紀,機械化作為戰爭形態的主流已經達到它的巔峰,但同時也陷入了困境:武器裝備的物理性能達到極限,大量的投入回報甚微;核武的災難性後果,使其越來越難以在戰爭中發揮作用;大規模殺傷性武器造成的對無辜人民的傷害和對環境造成的污染,導致生態惡化……在機械化的框架中繼續發展幾乎沒有出路,人們開始尋求新的方式,即從更深層面上解決打擊效率和作戰效果問題,努力實現精確化、可控化和智能化,而這就是信息化。目前,許多國家軍隊都在努力開拓跳出機械化戰爭困境的變革之路,機械化戰爭讓位給資訊化戰爭的趨勢不可逆轉。江主席敏銳洞察世界軍事領域發生的重大變化,精闢指出了新軍事變革的本質是資訊化革命,為我軍迎接世界新軍事變革的挑戰指明了方向。

目前,已開發國家軍隊都在大力推進武器裝備的資訊化建設,在積極發展C4 I系統、精確制導彈藥、靈巧武器、數位化單兵裝備的同時,注重搞好頂層設計,使目標偵察與監視、目標資訊處理與傳輸、精確打擊與毀傷評估實現一體化,形成「軍事大系統」。這樣,就把工業時代的適於發揮火力和機動力潛能的作戰體系,逐步改造成了資訊時代的適於資訊快速流動和使用的作戰體系。

我軍軍事鬥爭準備恰逢世界軍事領域正發生著真正的劇變,親歷了這場革命,我們應有比以往更強烈的時代感和緊迫感。當我們針對現實威脅認真準備的時候,我們一定不可以忽略或忘記我們正置身一個新的時代,一定不可以忙於應對而淡漠大勢。不眷戀我們已經熟悉了的東西,敏銳吸納歷史潮流為我們展示的新鮮事物,乘勢而上,把步子邁得更大一點,這就是與時俱進思想對時代挑戰的有力回應。

按照軍事變革大趨勢設計軍事鬥爭準備“總坐標”

江總書記在「5·31」演講中指出:「堅持解放思想、實事求是的思想路線,弘揚與時俱進的精神,是黨在長期執政條件下保持先進性和創造力的決定性因素。我們黨能否始終做到這一點,決定著中國的發展前途和命運。

———歷史的啟蒙:順應趨勢者昌,逆趨勢而動者亡。順應歷史潮流注定得到歷史的青睞,搶先者往往是那些對歷史潮流異常敏感的軍隊。 19世紀中葉,普魯士比其他國家更早察覺到工業革命對軍事領域帶來的挑戰,率先實現了軍事體係向機械化戰爭的過渡,從而使它在後來數十年間比那些兵力更多、科技水平更高的歐洲軍隊都佔有決定性優勢。

相反的情形是,軍事上的巨額投入與所取得的成果之間存在明顯落差,其原因恐怕也是缺乏乘勢而動的靈敏嗅覺。 17世紀中葉至18世紀末,中國社會在原有的體系框架下發展到了極致,軍事上也處於冷兵器時代的鼎盛期。幾乎在同一時間,世界發生了一系列改天換地的變革:火藥革命方興未艾,機械化革命接踵而至。面對軍事變革的衝擊,滿清軍隊卻死抱著“騎射乃滿洲根本”的迂腐觀念,把發明創造稱為“奇技淫巧”,把堅船利炮看成妖術。大清王朝最終被動挨打,喪權辱國。

歷史有著驚人的相似之處,歷史道路的選擇卻有高下優劣之分。當今,世界軍事又面臨大變動、大發展、大轉折。海灣戰爭以後,中央軍委敏銳察覺到世界軍事領域正在發生廣泛而深刻的變革,及時制定了新時期軍事戰略方針,要求把軍事鬥爭準備的基點放在打贏現代技術特別是高技術條件下的局部戰爭上;19 96年,在這一戰略方針的指導下,提出軍隊建設的指導思想必須實現由數量規模型向質量效能型、由人力密集型向科技密集型的兩個根本性轉變;1997年,又以高度的智慧和過人的膽魄,確定了軍隊跨世紀發展“三步走”戰略……這些重大舉措,充分體現了與時俱進的前瞻性視野。十多年來,我軍新時期軍事鬥爭準備之所以能夠不斷取得進展與突破,就是因為把與時俱進的時代精神融入其中。

———有益的經驗:把改革當作軍事鬥爭準備的著力點。冷戰後,國際局勢起了變化,各國軍隊開始重新設計發展藍圖。普遍的做法是,高度重視新軍事變革的影響,強調掌握戰爭形態轉型的歷史機遇,並依照時代要求推動軍事改革。一個波次接一個波次的改革浪潮此起彼伏,最終形成了席捲全球的改革之勢。

根據倫敦國際戰略研究所最近發表的《2001-2002年度戰略評估報告》稱,「9·11」事件以後,美軍提出了新一輪的軍事改革計劃,其中包括六個重要組成部分,首要部分是「關於未來戰爭的設想」。對未來戰爭有了新看法,必然對戰爭機器進行新的改造。其實,最早意識到當今這場軍事變革的是前蘇軍,但美軍後來居上,當許多機械化為主的軍隊還在爭論資訊化是否會到來時,美軍不動聲色地開始了資訊化改革,於1994年成立了“軍事革命研究高級指導委員會”,作為軍事改革的組織領導機構。各軍種也成立了相應的機構,如陸軍數位化辦公室和地面資訊戰中心、海軍新作戰概念委員會和艦隊資訊戰中心、空軍資訊戰中心等。經過多年積累,取得了大量有益成果,為軍隊資訊化改造提供了座標。

改革越深入,操作的難度就越高。許多國家的軍隊已經看到,在機械化時代日臻完善的軍事體系已經沒有太大的改造空間,必須大刀闊斧地推進新軍事革命。美國國防部專門成立了5個工作小組,集中探討如何使用資訊科技徹底改造美軍,並且建立了6個專門研究資訊戰的戰鬥實驗室。美軍認為,目前還不能有效地應付各種複雜的新安全挑戰,需要以迅速、靈活、各兵種有效聯合行動為目標進行軍事改革,包括設立一支常備聯合特遣部隊,開發需要的躍進技術,增強指揮機構的彈性,改革採購策略,放棄舊的軍事系統以便為新系統騰出經費,等等。俄、英、法、日等國推行新軍事革命的條件雖然不如美國完備,但它們也紛紛制定面向長遠的國防發展戰略與軍隊建設規劃,加快本國軍事改革的步伐,以迎接新軍事革命的挑戰。這些反映了大方向的改革舉措,值得我軍借鏡。

———使命的呼喚:把軍事鬥爭準備和建設一流軍隊統一起來。我軍軍事鬥爭準備的任務是確定的,而軍隊建設的參考係卻不是凝固的。多變的國際環境、未定的戰略格局以及我國所面臨的複雜的周邊安全形勢,這些都決定了一旦發生戰事,我們的作戰對手和作戰方向可能都不是單一的,主要戰略方向也具有相對性和可變性。建國後,我們所進行的幾場局部戰爭,幾乎沒有一場是在我們準備好了的戰略方向進行的。如果僅僅瞄準一個對手,設想一種情況,無疑是一種戰略短視。

面對這種局面,如何做好軍事鬥爭準備?答案是:提高軍事鬥爭準備的起點,建立一支一流軍隊。在充滿不確定性和不可測性的現實中,具備應付各種情況的「能力」才是最重要的。這如同參加大型國際賽,光是戰勝一個對手不行,只有戰勝一系列對手才能奪冠,這就需要綜合實力。所以,軍事鬥爭準備要從長計議,不過度專注近期威脅而忽略長遠建設,在突出重點的同時,著力去開發整個軍隊應付挑戰和不測事件的能力。這種能力只有透過加強品質建設,在追趕世界軍事強國的過程中獲得。利用我們的“後發優勢”,從發達國家軍隊發展的歷史中汲取營養,加速對先進技術、先進體制、先進思想的追趕過程,避免他們走過的彎路,最終形成自己的優勢。這樣,我們才能在為近期威脅作好準備的同時,也關照好未來。

軍事革命是全球性的,但它不會自動光顧每一個國家,它雖然使後發國家軍隊有了奮起追趕的可能性,但機運只為那些正確應對者而來。我們把現實軍事鬥爭準備和加強軍隊質量建設兩大戰略任務統一起來,邊準備,邊建設,以準備牽引建設,以建設促進準備,這無疑是正確的抉擇。

在變革潮流中走具有特色的軍事鬥爭準備之路

不同國家軍隊由於起點不同,對發展道路的選擇呈現出多樣性。國外某學者曾斷言:「一支軍隊什麼方面落後、落後多少完全規定了歷史的變化模式。」經濟學領域稱這種現象為「路徑依賴」。如果把世界軍事強國的變革之路視為唯一模式,不假思索地套於自身,那麼,必然導致起點、途徑與目標的嚴重錯置。

———確立嶄新的發展思路。戰爭形態在21世紀必定跨入資訊化階段,世界各國軍隊有可能在這場過渡中發生新的分化,形成作戰水準的重大差異與不平衡。要避免在新的角逐中落伍,常規的思路肯定不行,必須找到一條快速追趕的路徑。

機械化是西方軍隊的發達之路,這是由於當時的歷史背景給西方軍隊提供了特殊條件,而我軍不可能重新具備這些歷史條件,不可能在機械化戰爭形態中獲得同等發達水平。因此,我們應該認真反思在機械化框架中能否真正趕上已開發國家軍隊的問題。

資訊化戰爭是戰爭形態的大飛躍。其實,從舊形態轉向新形態的發展是透過作戰系統內部一系列巨大轉變來實現的,這種轉變不是舊形態向新形態的直線推移,而是一種「轉移式發展」。正如「蒸氣船不是進化發展的帆船;汽車不是馬和馬車的進化型改進;晶體管不是一種較好的真空管」一樣,「轉移式發展」是作戰手段的本質、方向的改變,其突出特徵是它的轉折性、非線性、間斷性和創新性,從舊型態的視角向前直線展望是看不到新型態的。

我軍目前尚處在機械化進程中,機械化的局限性正在快速顯現但尚未完全暴露,而我軍在資訊科技某些領域已逐漸涉足新軍事革命,甚至在某些局部某種程度上並不比許多西方國家軍隊落後。這顯示了一個事實,機械化與資訊化並不完全是直線相接的,在具備一定的條件下,有可能實現跨越式發展。古埃及的農業文明並不是建立在世界最發達的採獵文明基礎上,英國開拓工業文明也不是擁有世界最發達的農業文明。

新戰爭形態的間斷性、轉折性往往會給原本並不先進的軍隊提供一個後來居上的歷史機會。資訊革命為我軍在不擁有充分發展的機械化的基礎上實現跨越式發展提供了機會。

———用資訊化牽引機械化。武器裝備的「斷代性」發展,既是新軍事變革的重要內容,也是它的始因。一個帶根本性的問題是:正在研發或引進的武器系統是為哪一代戰爭做準備?如果用昨天的裝備迎接明天的戰爭,難免會碰壁。試舉一例。現在正在服役的絕大多數預警機,採用的雷達系統是主動式輻射雷達,這在下一代戰爭中將基本沒有生存能力,如果盲目引進此類預警機,是不是一種戰略失算?顯然,超前意識對裝備發展來說尤其重要。

所謂超前意識,對現階段的我軍來說,就是確立「用資訊化牽引機械化」的發展觀。資訊革命為我軍跨越式發展提供了機遇,但機械化階段不可能完全跨越,我軍武器裝備的機械化水準還不高,有些甚至只是半機械化。用資訊化牽引機械化,就是適度發展機械化,但不追求最發達的機械化,不影響資訊化改造的資金投入,不過度完善機械化指揮體系和機制,在維持機械化作戰方式的同時,保證資訊化改造順利進行。把適度發展機械化與資訊化結合起來,在維持前者的同時,重心向後者傾斜。

———在繼承中深化改革。江主席早在1996年就指出:「從當前世界軍事發展的動向看,我軍的編制體制不合理的問題也比較突出,編制體制的調整改革要繼續積極穩妥地進行。」任何軍隊都在沿襲著經過實踐檢驗、體現自身特色的編制傳統,如瑞典幾百年來一直採取了寓兵於民的組織體制,印度陸軍的編制體制仍然保留著英印時期的「聯隊制」傳統……但是,軍事變革的衝擊點往往先瞄準編制體制。編制體制所處的「樞紐」地位,使它成為任何一支有所作為的軍隊所關注的焦點。

隨著軍事革命向縱深發展,武器裝備、人員素質和作戰理論的一系列革新成果,最終都需要物化於一種順暢的體制內,用科學的機制去表現它、反映它,使其最迅速、最有效地釋放能量。我軍的編制體制調整應當衝破積弊,超越傳統,創造足夠的空間促進機構改革,堅定不移地朝著江主席所要求的「規模適度、結構合理、指揮靈便」的方向努力。所謂與時俱進,就應當在這些頂層設計的焦點、難點上大膽改革,而不應為眼前的細節所累。

———以科學技術為推動力。在新軍事變革的過程中,我軍的科學精神、科技意識都在與時俱進,全軍廣泛、深入、持久地開展科技練兵活動,走出了一條以科學技術為推動力的新的訓練發展道路。

歷史上,拒絕科學技術的軍隊均難逃厄運。在二次大戰中,日本關東軍信奉“完成任務的因素,是信念而不是知識”,戰鬥條令一味主張“白刃主義”。到了1938年“張鼓鋒事件”,儘管白刃戰傷亡僅佔總傷亡的千分之二點八,但關東軍1941年的戰鬥條令仍然強調“白刃主義”,缺少對付坦克和飛機的訓練。日軍戰後承認,關東軍「在近代作戰訓練方面幾乎等於零」。而西方軍隊則具有崇尚科學的傳統,他們十分重視根據軍事科技的發展及時修改訓練條例,調整訓練內容。據報道,美空軍已不再進行空中近距格鬥項目的訓練,而把訓練重點放在控制飛彈飛行上。

近年來,全軍按照新時期軍事戰略方針的要求,對教育訓練內容進行了全面改革,取得了階段性成果。但已經進行的改革是初步的,今後的路還很長。教育訓練內容創新,應緊緊圍繞下一代戰爭對人員素質和作戰能力提出的要求,由上至下搞好整體設計。近年來,我軍建成了全軍軍事訓練資訊網和各院校校園網,建立了一大批現代化教學場館和訓練場地,研製配發了一大批與新裝備配套的訓練模擬器材,實現了戰役戰術訓練模擬系統的互連互通……我們將高擎與時俱進這把時代精神的火炬,緊緊依靠科技進步,把教育訓練不斷推向新境界。

http://jczs.sina.com.cn 2002年7月16日 07:51 解放军报

中國原創軍事資源:https://mil.news.sina.com.cn/2002-07-16/7489888.html?from=wap

Chinese Military “Studying the Military, Studying War, and Studying Fighting” Special Topic: Taking Control of the Initiative to Win Future Wars

中國軍隊「學軍事、學戰爭、學打仗」專題:掌控未來戰爭主動權

現代英語:

With the rapid development of emerging technologies and their widespread application in the military field, the war situation is evolving at an accelerated pace. To win future wars, we must not only have a long-term vision, but also be meticulous, grasp the pulse of the evolution of the war situation, understand the wars that may be fought in the future, and understand the new winning mechanism, so that we can make targeted preparations for military struggle and effectively control the initiative to win future wars.

Deeply understand the connotation and characteristics of future wars

Future wars will be informationized wars with intelligent features and advanced joint operations. Their characteristics are specifically reflected in the following four “highs”:

The application of high technology changes the winning mechanism. The long-range precision, intelligent, stealth and unmanned development of weapons and equipment has promoted the evolution of war to a higher level of confrontation. It is prominently reflected in three aspects: First, there is no victory without calculation. Powerful data, algorithms and computing power provide feasible conditions for realizing superb calculation, detailed calculation and multiple calculation. From the overall decision-making of strategic battles to the tactical calculation of force use, it is necessary to occupy the advantage of “calculation” and accumulate the odds of winning at each step to increase the probability of defeating the opponent. Second, there is no victory without connection. Future combat units will present the typical characteristics of being small, scattered and active. They will be reduced from large to small and deployed in a dispersed manner. Multi-domain forces, multiple modules and multiple combinations will be connected into an autonomous and integrated combat system to achieve the emergence of structural functions and exponential growth of combat effectiveness. Third, speed is the key to success. The extension and expansion of high-tech to the terminal elements of the military system has not only brought about faster information transmission and action speeds, but also faster decision-making and system operation. Once you lag behind the enemy by one step, you are likely to fall into the danger of having your “OODA” loop locked.

High-border competition raises security threats. In future wars, national borders are no longer simply defined by geographical borders. There are also “national borders” in public domains and shared domains such as the Internet, space, deep sea, polar regions, and disruptive technologies. To gain dominance in the high borders, the following four directions must be paid attention to: First, high-covert sabotage. Cyber ​​attacks “come and go without a trace”, high-covert weapon platforms “come and go freely”, and cognitive domain covert settings “imperceptibly”, creating a serious situation that the opponent cannot see, distinguish, or defend against. Second, high-energy destruction. High-energy weapons have long continuous combat time, fast firepower transfer speed, and short firepower interruption interval, which subverts the traditional concept of firepower strike. They can be carried on land-based, sea-based, air-based, and space-based multi-dimensional platforms, and the opponent’s defense faces great difficulties. The third is high-intelligence attack. The intelligent unmanned swarm combat force has “emerged as a different force” with strong penetration capability, strong survivability, and strong battlefield recovery ability. It has become an important force in future wars. The fourth is high-speed strike. The speed of strike weapons such as aerospace aircraft has exceeded Mach 20. The global rapid strike system of some countries can carry out rapid and precise strikes on any target in the world within an hour, greatly compressing the opponent’s reaction time. The traditional defense system is facing a dangerous situation of failure.

High-level opponents place more emphasis on planning. A well-thought-out plan leads to a successful outcome. At present, countries around the world are stepping up their efforts to innovate military theories, seeking strategic advantages and initiative in future wars, which is prominently reflected in four aspects: First, foresight. See who can study the next war more clearly and thoroughly, predict the future combat environment, develop new combat styles, and design the construction and use of military forces in advance. Second, execution. See who can transform, absorb, refine and sublimate more guiding combat ideas, and implement them to the end to better guide military practice. Third, technology. See who has stronger technical perception, understanding, and application, and can continuously improve equipment performance, innovate tactics and methods, and promote the innovation and development of combat theory. Fourth, compare autonomy. See who has more “unique hidden weapons” and “killer knives”, can form a unique theoretical advantage, and give opponents an asymmetric check and balance.

High-intensity games drive global confrontation. Future wars will be highly intense and generally have three characteristics: First, globality. Wars will involve land, sea, air, space, network, electromagnetic, and psychological cognition. The combat system will be vertically connected and horizontally integrated, and global mobile integrated operations will become the basic pattern. Second, it is holistic. Focusing on strategic goals, military actions are closely coordinated and linked with political, economic, and diplomatic struggles, focusing on building an integrated national strategic system and capabilities. Third, it is persistent. Especially in the game between major powers, no party is able to destroy or change the other party’s will in a short period of time. The ultimate manifestation of the war between major powers is the comparison of comprehensive national strength.

Scientifically calibrating the basic capabilities for winning future wars

Analyzing the inherent requirements of joint operations in the context of intelligence, four basic capabilities should be possessed to win future wars.

Strategic planning capabilities based on the overall situation of the times. A good warrior seeks the situation. To design future wars, we must have a deep understanding of the general trend and plan in the process of recognizing, responding to and seeking changes. First, we must be good at understanding the overall situation. We must be able to accurately judge the enemy and our friends based on the current situation, and plan the modernization of the military around the ultimate goal, strategic goal, and stage goal. We must also be able to see the essence through the phenomenon and the depth through the appearance, and engage in all-round game with powerful enemies around the red line, bottom line, and sideline, and always maintain strategic clarity and determination. Second, we must be good at forward-looking analysis and judgment. We must be able to predict and foresee national security risks, war threats, and strategic opponents to prevent the risks of strategic misguidance and process interruption, and we must also be able to keenly detect the direction of technological breakthroughs and mechanism mutations, and accelerate the generation of new quality combat capabilities before our opponents. Thirdly, we must be good at using technology. We must improve the sensitivity of science and technology, be able to seize it when “the top of the mast is just exposed”, plan the development of key technologies, core technologies, and cutting-edge technologies, focus on the transformation and application of scientific and technological achievements, and truly transform science and technology into combat power.

Combat planning capabilities based on intelligent technology. In future wars, rapid planning and decision-making will become the key to improving combat effectiveness. We must further promote the application of intelligent technology in combat planning and strive to improve the “three transformations”. The first is the digitization of analysis and judgment. Through data mining, intelligent identification, and auxiliary decision-making, we can sift through the massive amount of information, remove the dross and retain the essence, reduce the interference of subjective misjudgment, objectively and comprehensively present the situation, and improve the accuracy of planning and decision-making based on data analysis and judgment. The second is the intelligence of planning operations. Advanced technologies such as machine learning, deep learning, and brain-like intelligence are deeply embedded in the entire process of case research, case preparation, case performance, and case revision. Force organization, action paths, and combat processes are intelligently designed based on combat objectives, and multiple sets of solutions are provided. Decision-making suggestions are provided to commanders through computer simulation and deduction, greatly improving the scientific and timely nature of combat planning. The third is the regularization of human-computer interaction. Adhere to the “man in the loop”, highlight the dominant position of commanders in the “OODA” loop, scientifically formulate human-computer interaction rules, constrain the autonomous scope of intelligent systems, and achieve a deep integration of command art and machine intelligence.

Based on the command and control capability of rapid optimization. In future wars, neither side will have an absolute advantage in the whole world. The key is to see who can seize the opportunity to instantly optimize and accurately release energy, and change the relationship between strength and weakness in a specific time and space. To this end, we must be sensitive to opportunities, grasp the battlefield situation in real time, accurately understand the battlefield situation, systematically analyze the opponent’s combat focus, core hubs, and key nodes, dynamically evaluate the difference in force advantages, study and judge the evolution of the situation, organically integrate the art of command and intelligent technology, and effectively grasp the window of advantage. We must make real-time action decisions, adapt to rapid battlefield changes, seize the window of advantage, quickly determine the target of attack based on the enemy’s and our own situation and the actual situation on the battlefield, aggregate multi-domain superior forces, flexibly implement combat organization, scientifically plan combat action task system, and make real-time decisions for precise energy release actions. We must conduct cross-domain collaborative control, adjust the interactive collaboration mode and combat control relationship of combat units in each domain in real time, flexibly adjust and optimize force organization, quickly distribute and update coordination rules, and realize multi-directional and multi-dimensional cross-domain, cross-medium, and cross-environment precise energy release. It is necessary to connect the system at all times and build a full-domain, multi-level information assurance system that can sense network damage in real time, restore network connectivity immediately, provide safe, smooth, and uninterrupted protection, and effectively support the efficient operation of the joint combat system.

System combat capability based on full-domain integration. Future wars will be full-domain, full-system, full-element, and full-process system confrontations, which require full-domain integrated system combat capabilities. The first is multi-source energy-gathering reconnaissance. Adhere to full-domain reconnaissance, joint early warning, and coordinated verification, and build a large-region joint reconnaissance intelligence system with multi-dimensional integration, full-domain coverage, highlighting key points, and deep integration of intelligence information. The second is wide-area joint deterrence. Have the ability to continuously deter opponents in space, cyberspace, deep sea, polar regions and other fields. The third is cross-domain joint action. Improve the level of field deployment, strengthen the ability to communicate in motion, promote modular and standardized construction, realize the dynamic deployment of combat forces, and improve command coordination and cross-domain delivery capabilities. The fourth is autonomous precision killing. Establish a flexible, dynamically matched, autonomously coordinated, and multi-layered firepower network, seize the opponent’s pain points and weaknesses, and focus on customizing and creating a multi-domain killing chain. Fifth, integrated support. Efficiently respond to the support needs of various domains, intelligently plan support resources, improve the strategic storage layout of combat materials, expand the pre-positioned storage network for campaigns, and enhance the long-term self-support capabilities of tactical-level combat units. Sixth, rapid mobilization support. Adapt to the suddenness and fast pace of war, improve the demand response mechanism, quickly aggregate resources and strength from all parties, and quickly transform war potential into actual combat power.

Actively prepare to win future wars

Focus on building a combat theory system that will lead future wars. Focusing on the modernization of military theory and guided by the military strategic policy of the new era, accelerate the construction of a combat theory system that can lead future war preparations. Focus on powerful enemies, stick to core missions, aim at future wars, and develop combat concepts and supporting concepts in all fields and directions. With combat concepts as the core, systematically develop combat theories to turn abstract combat concepts into concrete combat guidance that can be understood and accepted by the troops, thereby leading to practical innovations in joint combat command, combat capability requirements, joint combat training, joint combat support, and joint campaign tactics.

We should focus on building a new force system that can face war directly. New combat forces are an important growth point for combat effectiveness. We should strengthen system planning, take the initiative and fight proactively. We should keep a close eye on the frontier direction and the direction of assault, develop new weapons, and form combat capabilities in an organized manner. In addition, we should strengthen the construction of capabilities in emerging fields and strive to seize the initiative in military competition.

We must focus on building an intelligent network information system to support future wars. We must adhere to forward-looking layout, iterative advancement, and integrated development, and continuously improve the level of “network information + intelligence”. We must optimize system functions, build a “combat cloud” with real-time online response, and integrate multifunctional modules such as battlefield situation perception, command decision-making, action control, and combat support. We must promote resource sharing, establish an information grid that integrates the military and civilians, the sky and the earth, and multiple domains, strengthen the development and application of mobile communication systems, and improve the ability of mobile communication, broadband communication, and reliable communication. We must highlight independent innovation, strengthen the research and development of core technologies and products, and accelerate the transformation and application of technologies such as big data, cloud computing, artificial intelligence, and quantum information in the military field.

We will focus on improving the joint training system for rehearsing future wars. In accordance with the strategic requirements of building a new military training system, we will strengthen system training, confrontation training, and forward-looking training. In terms of training guidance, we will focus on the basic capabilities required to win future wars, and emphasize strategic planning, combat planning, command and control, and combat coordination training, and establish a “weather vane” for leading training with war in mind and training for war. In terms of training content, we will accurately grasp the winning mechanism of future wars, emphasize calculation in combat planning, coordination in command and control, speed in joint tactics, and intelligence in command confrontation, and establish a training content system with multi-layer connection, multi-domain coverage, and complete supporting facilities. In terms of training mode, we will follow the requirements of all-domain joint warfare in future wars, adhere to the precision control of the whole process of domain-based training, cross-domain coordination of multi-domain segmented training, and unified command of all-domain integrated training. In terms of training support, we will use intelligent simulation technology to vigorously strengthen simulation training and virtual confrontation training based on combat scenarios and powerful enemies, and conduct rehearsal practices in the context of war as realistically as possible.

(Author’s unit: Central Theater Command)

現代國語:

隨著新興技術的快速發展及其在軍事領域的廣泛應用,戰爭形態呈現加速演變趨勢。制勝未來戰爭,既要登高望遠,又須細致入微,把準戰爭形態演變的脈搏,把未來可能要打的仗弄明白,把新制勝機理搞清楚,方能有針對性地做好軍事鬥爭準備,有效掌控打贏未來戰爭主動權。

深刻掌握未來戰爭內涵特徵

未來戰爭,是具有智慧化特徵的資訊化戰爭,是高級階段的聯合作戰,其特徵具體體現在以下四「高」:

高技術應用改變制勝機理。武器裝備的遠程精準化、智慧化、隱身化、無人化發展,推動戰爭朝向更高層次的對抗演進。突出體現在三個面向:一是無算不勝。強大的數據、演算法、算力,為實現高超的廟算、細算、多算提供了可行條件,大到戰略戰役全局決策、小到力量運用戰術計算,必須佔據「算」的優勢,積累每一步的勝算,才能增大戰勝對手的機率。二是無聯不勝。未來作戰單元呈現小、散、活的典型特點,化大為小、分散部署,多域力量、多個模塊、多種組合,聯結成自主融合的作戰體系,實現結構性功能湧現、作戰效能指數級增長。三是無快不勝。高新技術向軍事體系末端要素延伸拓展,帶來的不僅是資訊傳輸速度和行動速度變快,還有決策速度更快、體系運轉更快,一旦慢敵一步就很可能陷入「OODA」環被鎖死的險境。

高邊疆爭奪推高安全威脅。未來戰爭,國家邊疆已不再簡單用地理邊疆來定義,網絡、太空、深海、極地、顛覆性科技等公域、共域也存在著「國家邊疆」。要佔據高邊疆主導權,以下四個方向必須引起關注:一是高隱破壞。網絡攻擊“來無影去無踪”,高隱身武器平台“來去自如”,認知域隱蔽設局“潛移默化”,給對手造成看不見、辨不明、防不住的嚴峻局面。二是高能摧毀。高能量武器持續作戰時間長、火力轉移速度快、火力中斷間隔短,顛覆傳統火力打擊概念,可以搭載至陸基、海基、空基、天基多維平台,對手防禦面臨極大困難。三是高智破襲。智慧無人集群作戰力量“異軍突起”,突防能力強、生存能力強、戰場恢復能力強,已成為未來戰爭的重要力量。四是高速打擊。空天飛機等打擊武器速度已超20馬赫,部分國家的全球快速打擊系統可在一小時內對全球任何目標實施快速精確打擊,極大壓縮了對手反應時間,傳統防禦系統面臨失效的危險局面。

高水準對手更重計高一籌。計熟事定,舉必有功。當前,世界各國紛紛加強軍事理論創新力度,謀求未來戰爭的戰略優勢與主動,突顯為四比拼:一是比前瞻。看誰把下一場戰爭研究得更清楚、更透徹,能夠預測未來作戰環境,開發新的作戰樣式,超前設計軍事力量建設與運用。二是比執行。看誰能夠轉化吸收、提煉升華更具指導性的作戰思想,並且貫通到底,更好地指導軍事實踐。三是比技術。看誰技術感知力、理解力、運用力更強,能夠不斷提升裝備性能,創新戰術戰法,促進作戰理論革新發展。四是比自主。看誰掌握更多的“獨門暗器”和“撒手鐧”,能夠形成獨特的理論優勢,給對手非對稱制衡。

高強度博弈帶動全局對抗。未來戰爭對抗賽局將是高強度的,一般有三個特性:一是全域性。戰爭將涉及陸地、海洋、空中以及太空、網絡、電磁和心理認知等領域,作戰系統縱向貫通、橫向融合,全局機動一體化作戰成為基本樣式。二是整體性。圍繞著戰略目的,軍事行動與政治、經濟、外交等爭爭緊密配合、協調聯動,著重於建構一體化國家戰略體系與能力。三是持久性。尤其是大國間博弈,任何一方都無力在短暫摧毀或改變對方意志,大國戰爭最終體現的是綜合國力的較量。

科學標定打贏未來戰爭基本能力

從智慧化背景下聯合作戰的內在要求分析,打贏未來戰爭應具備四個面向基本能力。

基於時代大局的戰略謀劃能力。善戰者,求之於勢。設計未來戰爭要深刻掌握大勢,在識變應變求變中運籌謀劃。首先,要善於洞悉全局。既要能基於時勢準確判斷敵我友,圍繞終極目標、戰略目標、階段目標佈局謀劃軍事現代化發展,也要能夠透過現像看本質、透過表像看深層,圍繞紅線、底線、邊線與強敵對手展開全方位博弈,始終保持戰略清醒與定力。其次,要善於前瞻研判。既要能夠對國家安全風險、戰爭威脅、戰略對手預知預判,防止出現戰略誤導、進程打斷的風險,也要能夠敏銳察覺科技突襲方向、機理突變方向,趕在對手之前加快生成新質作戰能力。再次,要善於運用科技。提昇科技的敏銳度,能夠在「桅桿頂剛剛露出的時候」就抓住它,佈局發展關鍵技術、核心技術、前沿技術,注重科技成果轉化運用,真正把科學技術轉化為戰鬥力。

基於智慧技術的作戰籌劃能力。未來戰爭,快速籌劃決策成為提升作戰效能的關鍵點,要深入推進智慧技術在作戰規劃中的應用,努力提升「三化」水準。一是分析判斷數據化。透過資料探勘、智慧識別、輔助決策等手段,對海量資訊進行去粗取精、去偽存真,減少主觀誤判幹擾,客觀全面呈現態勢,做到基於數據分析研判,提高籌劃決策精準度。二是籌劃作業智能化。將機器學習、深度學習、類腦智能等先進技術,深度嵌入研案、制案、演案、修案全過程,依據作戰目標智能設計力量編組、行動路徑、作戰過程,提供多套方案,通過電腦模擬推演為指揮者提供決策建議,大幅提升作戰規劃的科學性時效性。三是人機互動規則化。堅持“人在迴路”,突出指揮員在“OODA”環上的主導地位,科學制定人機交互規則,約束智能係統自主範圍,實現指揮藝術與機器智能的深度融合。

基於快速聚優的指揮控制能力。未來戰爭,對抗雙方都沒有全局全時的絕對優勢,關鍵看誰能夠搶先一步即時聚優、精準釋能,改變特定時空的強弱優劣關系。為此,要敏銳捕捉戰機,即時掌握戰場情況,準確理解戰場態勢,系統分析對手作戰重心、核心樞紐、關鍵節點,動態評估力量優勢差,研判態勢演進圖,有機融合指揮藝術與智能科技,有效把握優勢窗口。要即時行動決策,適應戰場快速變化,緊緊抓住優勢窗口,根據敵我態勢和戰場實際,快速確定打擊目標,聚合多域優勢力量,靈活實施作戰編組,科學規劃作戰行動任務體系,實現精準釋能行動的即時決策。要跨域協同控制,即時調整各域作戰單元互動協作方式、作戰控制關系,靈活調整優化力量編組,快速分發更新協同規則,實現多方向多維度跨域、跨介質、跨環境的精準釋能。要隨時聯通體系,構建覆蓋全領域、多層級的資訊保障體系,能夠實時感知網絡受損情況,即時恢復網絡通聯,提供安全、暢通、不間斷的保障,有效支撐聯合作戰體系高效運轉。

基於全域融合的體係作戰能力。未來戰爭是全領域、全系統、全要素、全流程的體系對抗,需要具備全域融合的體係作戰能力。一是多源聚能偵察。堅持全域偵搜、聯合預警、協同印證,建構多維一體、全域覆蓋、突出重點、情報資訊深度融合的大區域聯合偵察情報體系。二是廣域聯合威懾。具備在太空、網路空間、深海、極地等領域持續嚇阻對手的實力。三是跨域聯合行動。提升野戰化部署水平,強化動中通聯能力,推進模塊化標準化建設,實現作戰力量動態部署,提升指揮協同和跨域投送能力。四是自主精準殺傷。建立彈性靈活、動態匹配、自主協同、多層銜接的火力網,抓住對手痛點弱處,重點訂定打造多域殺傷鏈。五是綜合一體保障。有效率回應各域保障需求,智慧規劃保障資源,完善作戰物資戰略儲備佈局,擴大戰役預置儲備網點,增強戰術級作戰單元長時自我保障能力。六是快速動員支援。適應戰爭突然性強、節奏快的要求,完善需求響應機制,快速聚合各方資源與力量,迅速將戰爭潛力轉變為現實戰鬥力。

積極做好打贏未來戰爭各項準備

著力建構引領未來戰爭的作戰理論體系。圍繞著實現軍事理論現代化,以新時代軍事戰略方針為統領,加速建立能夠引領未來戰爭準備的作戰理論體系。聚焦強敵對手、緊貼核心使命、瞄準未來戰爭,發展各領域各方向作戰概念和支撐概念。以作戰概念為內核,體系發展作戰理論,使抽象的作戰概念變為具體化的作戰指導,能夠被部隊理解和接受,進而牽引聯合作戰指揮、作戰能力需求、聯合作戰訓練、聯合作戰保障、聯合戰役戰法等方面的實踐創新。

著力建強直面戰爭的新質力量體系。新質作戰力量是戰鬥力重要成長點,要加強系統謀劃,下好先手棋、打好主動仗。既要緊盯前緣方向,更要緊盯突襲方向,發展新型武器,成建制形成作戰能力。此外,還要加強新興領域能力建設,努力奪取軍事競爭主動權。

著力建設支撐未來戰爭的智慧化網絡資訊體系。堅持前瞻佈局、迭代推進、融合發展,不斷提升「網絡資訊+智慧化」水準。要優化體系功能,構建實時在線響應的“作戰雲”,融合集成戰場態勢感知、指揮決策、行動控制、作戰保障等多功能模塊。要推進資源共享,建立軍民一體、天地一體、多域一體的資訊柵格網,加強行動通訊系統開發運用,提高動中通聯、寬帶通聯、可靠通聯能力。要突顯自主創新,加強核心技術與產品研發,加速大數據、雲端計算、人工智慧、量子資訊等技術在軍事領域的轉化運用。

著力完善預演未來戰爭的聯合訓練體系。依照建構新型軍事訓練體系的戰略要求,加強體系練兵、對抗練兵、前瞻練兵。在訓練指導上,圍繞打贏未來戰爭所需基礎能力,突顯抓好戰略謀劃、作戰籌劃、指揮控制、作戰協同訓練,確立以戰領訓、向戰抓訓的「風向標」。在訓練內容上,準確掌握未來戰爭制勝機理,作戰籌劃突出算、指揮控制突出聯、聯合戰術突出快、指揮對抗突出智,建立多層銜接、多域覆蓋、配套完善的訓練內容體系。在訓練模式上,遵循未來戰爭全局聯合要求,堅持分域全程練精準控制、多域分段練跨域協同、全局融合練一體指揮。在訓練保障上,運用智慧模擬技術,大力加強基於作戰場景、強敵對手的模擬模擬訓練和虛擬對抗訓練,盡可能逼真地進行戰爭背景下的預演實踐。

(作者單位:中部戰區)

中國原創軍事資源:http://www.mod.gov.cn/gfbw/jmsd/489870888.html

Chinese Military Comprehensively Improving Scientific and Technological Cognition of Strategic Capabilities

國軍全面提升戰略能力科技認知

中國軍網 國防部網 // 2024年6月3日 星期一

現代英語:

War is a confrontation of material forces, but also a contest of ideological cognition. To implement President Xi’s new requirements for comprehensively improving strategic capabilities in emerging fields, we must grasp the “bull’s nose” of scientific and technological cognition, focus on the new trend of accelerating the new round of scientific and technological revolution, industrial revolution and military revolution, focus on strengthening the army and winning wars, and strengthen the research and exploration of strategic, cutting-edge and disruptive technologies in emerging fields. With a deep understanding of the nature and laws of science and technology, we will master the initiative to achieve high-quality development of military construction and win military competition and future wars, transform scientific and technological cognition into a real ability to design and win wars, and accelerate and gain new advantages in strategic areas.

(one)

Only by understanding the times can we understand war. In the era when scientific and technological revolutions and military revolutions are integrated and intersecting, and science and technology have become the core combat power of modern warfare, improving the scientific and technological cognition of strategic capabilities in emerging fields will help us understand and grasp the characteristics and laws of modern warfare, better control information-based and intelligent warfare, achieve overtaking in new fields and new tracks, win military competitive advantages with scientific and technological advantages, and win future high-tech wars.

Leading military reform and seizing the commanding heights. The wise hear what is silent, and the wise see what is not yet formed. Only by keenly observing the development trends of science and technology in emerging fields and expanding the cognitive boundaries in the field of strategic frontier technologies can we see what is not yet born and recognize what is not yet developed, take the initiative and fight proactively, and lead the revolutionary transformation and development of military elements. In today’s era, emerging technologies represented by artificial intelligence have emerged in a “blowout” manner, leading and promoting the rapid development of military intelligence at an unprecedented speed, triggering chain breakthroughs in the military field, and leveraging a fundamental change in the war pattern. Technological innovation has always been a race between time and speed. Faced with the strong momentum of military technological development in emerging fields, we must strive to seize the initiative and gain advantages. We must accurately grasp the technological trends of the times, dare to stand at the forefront of human warfare and technological development, and grasp the basic laws of technological development and evolution in the long river of history and the global perspective. We must accurately identify new goals, new fields, and new heights for the development of military science and technology, find breakthroughs in the development of military science and technology in a timely manner, and dare to advance into the “no man’s land” of military scientific and technological innovation, seize the strategic commanding heights of military technology competition, and lead the military revolution to achieve new breakthroughs and leaps with new thinking and concepts.

Leading military competition to gain the initiative. The level of cognition ultimately determines the pattern of military competition. At present, the frontier positions and strength competition of world military competition have extended to emerging fields, and seizing technological advantages has become a strategic move to seek military advantages. In the fierce competition of technological subversion and counter-subversion, raid and counter-raid, offset and counter-offset, scientific and technological cognition has become a key variable that determines the outcome of military games. If there is a gap in scientific and technological cognition, there is a risk of being surpassed by the opponent’s new technological combat force. If there is a technological gap in shaping new quality combat power, it will be difficult to “change the rules of competition” to form a military competitive advantage. Recent local wars and armed conflicts in the world have shown that whoever has the strategic capability and scientific and technological cognition of emerging fields ahead of the opponent and uses technology to empower combat power can control the battlefield situation and achieve a fundamental change in the winner and loser. In the increasingly fierce world military game, in order to seize the initiative in the development of military science and technology in emerging fields and occupy a favorable position of overlooking from a high position, it is necessary to enhance the scientific and technological cognition of strategic capabilities in emerging fields, keep a close eye on changes in science and technology, changes in war, and changes in opponents, plan according to the situation, act in response to the situation, follow the trend, make advance arrangements and plans, ensure that unique advantages are formed in some important areas, and win the initiative in military games.

Leading the strong army to win the war and win the future war. Practice determines cognition, which is the source and motivation, purpose and destination of cognition. The scientific and technological cognition of strategic capabilities in emerging fields is to promote scientific and technological innovation and the application of science and technology as the practice direction. The fundamental focus is to create a new quality combat power growth pole. The main purpose is to seize the commanding heights of strategic competition, seize the initiative in war, and ultimately win the future war. At present, the development of emerging fields is showing a trend of in-depth advancement in all directions and fields, and the frequency of dynamic iteration and update of science and technology is accelerating. To forge a new quality combat power with a new killing mechanism and improve the scientific and technological content of national defense and military modernization, we must deeply grasp the key areas of scientific and technological innovation in emerging fields, grasp the new characteristics of cross-integration of scientific and technological innovation in emerging fields, focus on creating a new quality combat power growth pole, vigorously promote independent innovation and original innovation, eliminate backward technologies that are not adapted to the changes in the war form, adhere to the integrated development of mechanization, informatization and intelligence, improve the application of military scientific and technological innovation, comprehensively enhance the strategic capabilities in emerging fields, and win the battle to achieve the goal of the 100th anniversary of the founding of the army as scheduled.

(two)

Improving the scientific and technological cognition of strategic capabilities in emerging fields is a very complex rational thinking process of subjective insight into objectiveness. We should scientifically and accurately grasp the essential attributes and characteristics of scientific and technological innovation and development in emerging fields, and know both the facts and the reasons. We should focus on improving the three abilities of scientific and technological foresight, discrimination, and understanding in the strategic capabilities of emerging fields, and form a scientific cognitive ability system that supports, cooperates with, and influences each other, so as to provide strong support for comprehensively improving the strategic capabilities in emerging fields.

Aiming at future wars, we should enhance our scientific and technological foresight. Emerging fields are one of the main battlefields of future wars. Once some technologies achieve breakthroughs, the impact will be subversive, and may even fundamentally change the form and mode of war, and fundamentally change the traditional offensive and defensive pattern of war. Science and technology have never had such a profound impact on military construction and the outcome of wars as today. If the scientific and technological cognition is narrow and there is a lack of strategic foresight and prediction of cutting-edge technologies in emerging fields, it may not understand the opponent, the war, let alone win the future war. During the Gulf War, Iraq’s mechanized steel torrent lost to the US military’s precision-guided weapons. One of the important reasons was the gap in the scientific and technological cognition of the two in strategic capabilities in emerging fields. To let thoughts reach tomorrow’s battlefield directly, we must improve our scientific and technological cognition, closely follow the development direction of the world’s advanced military science and technology, keep abreast of the latest developments in cutting-edge science and technology, scientifically predict the development trend of science and technology, make full use of data mining and other technologies, comprehensively judge the revolutionary impact of high-tech development on war, take the lead in laying out emerging combat fields, develop a series of high-tech weapons and equipment, accelerate the scientific and technological empowerment of combat effectiveness, and provide a solid material foundation for winning future wars.

Keep a close eye on how to defeat powerful enemies and improve your ability to discern science and technology. War is a life-and-death confrontation between the enemy and us, and emerging fields are the top priority for the struggle between the two sides. Improving the scientific and technological cognition of strategic capabilities in emerging fields is the fundamental strategy to prevent technological surprise attacks and avoid technological traps. In order to seize the initiative in war, powerful enemies have always not only used their unique high-tech weapons and equipment to surprise their opponents, putting them in a passive and unfavorable situation, but also used a more dangerous trick of carefully setting up technical traps and implementing strategic fraud. During the Cold War, the Soviet Union fell into the strategic deception trap of the US “Star Wars Plan”, which accelerated the decline of its national strength. To persist in targeting strong enemies and winning battles, we must improve the scientific and technological discernment of strategic capabilities in emerging fields, closely follow the technological frontiers of strong enemies, formulate breakthrough strategies for building strategic capabilities in emerging fields, and maintain a high degree of technical acumen and discernment of some of the so-called new technologies and new concepts hyped by strong enemies. We must be good at distinguishing the authenticity of technology, weighing the pros and cons of development and the extent of their impact, and persist in developing strategic resources in emerging fields based on national conditions and military situation, so that the results of military scientific and technological innovation in emerging fields can better empower the decision-making chain, command chain and combat effectiveness generation chain.

Mastering the winning strategy improves the understanding of science and technology. The key to strengthening the army and winning the war is to master the winning strategy. In the context of the deep coupling of modern science and technology with the military, understanding and mastering science and technology has become an essential ability to understand war, design war, and win war. From the perspective of human military history, it is precisely because of the thorough understanding of the principles of aviation technology and space technology that Douhet’s “air supremacy” theory, Graham’s “high frontier” theory and other war theories have been produced. Similarly, if there is a lack of thorough understanding of new technologies such as human-machine collaboration, group intelligence openness, and autonomous control of artificial intelligence, it will be impossible to master the winning mechanism of intelligent warfare and explore new theories and tactics of intelligent warfare. Technology determines tactics. To win future wars, we must focus on thinking about wars from a scientific and technological perspective, understand the impact of scientific and technological development in emerging fields on wars, learn from and absorb the latest achievements in military and scientific and technological innovation of the world’s powerful countries, research and explore the internal mechanisms of high-tech in emerging fields that support modern warfare, and explore how to use scientific and technological concepts and thinking to accurately grasp the laws of winning wars, how to use advanced scientific and technological means to strengthen the construction of new-quality combat effectiveness, how to design wars based on scientific and technological principles, and how to transform scientific and technological advantages into capability advantages, and use the “key” of scientific and technological thinking to open the “door” to victory.

(three)

Comprehensively improving the scientific and technological cognition of strategic capabilities in emerging fields is a long-term, systematic strategic project. We must deeply understand and implement the spirit of President Xi’s important instructions, take improving the scientific and technological literacy of officers and soldiers as a basic task, and enhance the scientific and technological cognition of officers and soldiers with a high sense of mission, scientific thinking concepts, and effective methods and paths, in order to comprehensively enhance strategic capabilities in emerging fields and lay a solid foundation for the high-quality development of our military.

Accelerate the transformation of ideas and concepts. The wise change with the times, and the knowledgeable make decisions based on the situation. While the emerging military science and technology is transforming the objective world, it is also profoundly changing people’s subjective world, forming a subversive impact on the traditional war-winning mechanism and way of thinking. The inherent requirement is that we must change our ideas and concepts to improve our scientific and technological cognition. Engels pointed out: “When the wave of technological revolution is surging around… we need newer and braver minds.” Whoever is conservative, conservative, and self-contained will miss precious opportunities, fall into strategic passivity, and even miss a whole era. We must emancipate our minds and update our concepts, actively adapt to the development trend of military changes in the world today, keenly perceive the military ideological innovation brought about by the technological revolution, have the courage to change the mindset of mechanized warfare, break the ideological constraints of conservatism, and firmly establish a new thinking of information-based and intelligent warfare, establish a new concept of strengthening the army and winning with science and technology, focus on understanding the new face of war, discovering new characteristics of war, and revealing new laws of war from a scientific and technological perspective, and strive to raise the level of war cognition to a new height.

Cultivate the foundation of scientific and technological literacy. Scientific and technological literacy is the ability to scientifically understand and describe the objective world and the ability of scientific thinking. The depth of scientific and technological literacy fundamentally determines the level of scientific and technological cognition. If you don’t understand science and technology or your scientific and technological literacy is not high, you will be like looking at flowers in the fog and the moon in the water when it comes to modern warfare, let alone being able to fight and win. To improve the scientific and technological cognition of strategic capabilities in emerging fields and understand the winning mechanism of modern high-tech warfare, the key is to work hard to improve the scientific and technological literacy of officers and soldiers, coordinate the use of military and local scientific and technological resources, vigorously spread the scientific spirit, popularize scientific knowledge, strengthen the study of modern science and technology, especially military science and technology knowledge, conduct in-depth research on cutting-edge technologies such as artificial intelligence, big data, blockchain, and quantum technology, deeply understand the new characteristics of artificial intelligence deep learning, cross-border integration, human-machine collaboration, group intelligence openness, and autonomous control, understand and master the latest scientific and technological achievements, build a multi-dimensional knowledge system with information and intelligent technology as the main body, improve the level of thinking, expand the knowledge structure, and vigorously promote the transformation of the “variable” of scientific and technological cognition of strategic capabilities in emerging fields into the “energy” of strong military victory.

Improve capabilities based on practice. A knife needs to be sharpened and a person needs to be trained. To enhance the scientific and technological cognition of strategic capabilities in emerging fields, it is necessary not only to nourish theory and promote the transformation of ideas and concepts, but also to follow the basic law of human cognition movement of “practice, cognition, re-practice, and re-cognition”, make good use of the actual combat “grindstone” to sharpen the wisdom, and promote the scientific and technological cognition of strategic capabilities in emerging fields to a higher level. We must be brave in improving quality and strengthening capabilities in the practice of strengthening the military and training through science and technology. We must persist in learning by doing and learning by doing. We must focus on our main responsibilities and main business, study cutting-edge science and technology based on our posts and positions, and improve our scientific and technological acumen, insight, and response speed. We must enhance our technical understanding of new equipment, new skills, and new tactics, cultivate scientific thinking, master scientific methods, improve our scientific and technological cognition, and cultivate the ideological awareness of strengthening strategic capability building in emerging fields from a scientific and technological perspective. We must keep a close eye on powerful enemies and future battlefields to develop a stronger “scientific and technological mind”, be familiar with our opponents’ scientific and technological achievements, capabilities, and means, accurately grasp the “hard core” and “soft underbelly” of our opponents’ scientific and technological development, adhere to asymmetric thinking, and tailor our struggle strategies and tactics to provide strong guarantees for winning this future high-end war and hybrid war.

(Author’s unit: Military Political Work Research Institute of the Academy of Military Sciences)

現代國語:

戰爭是物質力量的對抗,更是思想認知力的較量。貫徹落實習主席全面提升新興領域戰略能力的新要求,必須抓住科技認知力這個“牛鼻子”,著眼新一輪科技革命、產業革命和軍事革命加速推進的新態勢,聚焦強軍勝戰加強新興領域戰略性、前沿性、顛覆性技術的研究探索,以對科學技術本質和規律的深刻理解,掌握實現軍隊建設高品質發展,贏得軍事競爭和未來戰爭的主動權,把科技認知力轉化為實實在在的設計戰爭、打贏戰爭能力,在戰略必爭領域中跑出加速度、贏得新優勢。

(一)

理解時代才能理解戰爭。在科技革命與軍事革命融合交叉,科技已成為現代戰爭核心戰力的時代背景下,提升新興領域戰略能力的科技認知力,有助於理解和掌握現代戰爭的特徵規律,更好地駕馭資訊化智慧化戰爭,在新領域新賽道實現彎道超車,以科技優勢贏得軍事競爭優勢、打贏未來高科技戰爭。

引領軍事變革搶佔制高點。聰者聽於無聲,明者見於未形。敏銳洞察新興領域科技發展趨勢走向,拓展戰略前沿技術領域認知邊界,才能做到見之於未萌、識之於未發,下好先手棋、打好主動仗,引領軍事領域要素實現革命性轉型發展。在當今時代,以人工智慧為代表的新興科技「井噴式」湧現,引領並推動軍事智慧以前所未有的速度突飛猛進,正在引發軍事領域鍊式突破,撬動戰爭格局發生根本性轉變。科技創新歷來是時間與速度的賽跑,面對新興領域軍事科技發展的強勁勢頭,我們要致力於搶佔先機、贏得優勢,必須準確把握時代科技大勢,勇於站在人類戰爭和科技發展最前沿,在歷史長河和全球視野中掌握科技發展演變的基本規律,切實找準軍事科技發展的新目標、新領域、新高地,及時找到軍事科技發展的突破口,勇於向軍事科技創新「無人區」進軍,搶佔軍事技術競爭的戰略制高點,以全新的思維理念引領軍事革命實現新突破新跨越。

引領軍事競爭贏得主動權。認知層次高低最終決定軍事競爭格局。目前,世界軍事競爭前線陣地和實力比拼已經延伸到新興領域,把奪取科技優勢作為謀求軍事優勢的戰略舉措。在技​​術上顛覆與反顛覆、突襲與反突襲、抵銷與反抵銷的激烈較量中,科技認知力已成為決定軍事博弈勝負的關鍵變數。如果科技認知力出現代差,就面臨被對手新科技作戰力量超越的風險。在塑造新質戰鬥力上出現技術鴻溝,就很難「改變競技規則」形成軍事競爭優勢。世界近幾場局部戰爭和武裝衝突表明,誰具有領先對手的新興領域戰略能力科技認知力,用科技為戰鬥力賦能,誰就能掌控戰場態勢,並以此實現勝負手的根本轉換。在日益激烈的世界軍事博弈中,奪取新興領域軍事科技發展主動權,佔據高位瞰的有利位勢,必須提高新興領域戰略能力的科技認知力,緊盯科技之變、戰爭之變、對手之變,因勢而謀,應勢而動,順勢而為,超前佈局、超前謀劃,確保在一些重要領域形成獨特優勢,贏得軍事博弈主動權。

引領強軍勝戰制勝未來戰爭。實踐決定認識,是認識的泉源和動力、目的和歸宿。新興領域戰略能力的科技認知力,以推動科技創新和科技運用為實踐指向,根本著眼點是打造新質戰鬥力增長極,主要目的是搶佔戰略競爭制高點,奪取戰爭主動權,最終打贏未來戰爭。當前,新興領域發展呈現全方位多領域縱深推進態勢,科技動態迭代更新頻率加快,鍛造全新殺傷機理的新質戰鬥力,提高國防和軍隊現代化建設的科技含量,必須深刻掌​​握新興領域科技創新發展的關鍵領域,掌握新興領域科技創新發展交叉融合發展新特徵,以打造新質戰鬥力成長極為重點,大力推動自主創新、原始創新,淘汰不適應戰爭形態變化的落後技術,堅持機械化資訊化智慧化發展,提升軍事科技創新應用力,全面提升新興領域戰略能力,打贏如期實現建軍一百年奮鬥目標攻堅戰。

(二)

提升新興領域戰略能力科技認知力,是十分複雜的主觀見之於客觀的理性思考過程。科學準確掌握新興領域科技創新發展的本質屬性與特徵規律,做到知其然又知其所以然,應重點提升新興領域戰略能力的科技預知力、鑑別力、理解力三種能力素質,形成相互支撐、相互配合、相互影響的科學認知能力體系,為全面提升新興領域策略能力提供強大支撐。

瞄準未來戰爭提昇科技預知力。新興領域是未來戰爭的主戰場之一,有些技術一旦突破,影響將是顛覆性的,甚至可能從根本上改變戰爭形態和作戰方式,從根本上改變傳統的戰爭攻防格局。科技從來沒有像今天這樣深刻影響軍隊建設和戰爭勝負,如果科技認知力狹隘,對新興領域前沿技術缺乏戰略性預見和預判,就可能看不懂對手、看不懂戰爭,更談不上打贏未來戰爭。海灣戰爭期間,伊拉克機械化鋼鐵洪流輸給美軍精確導引武器,究其緣由重要的一條是由兩者在新興領域戰略能力科技認知力存在差距造成的。讓思想直達明天的戰場,必須提高科技認知力,緊密追蹤世界先進軍事科技發展方向,及時掌握前沿科技最新動態,科學預測科技發展趨勢,充分運用資料探勘等技術,綜合研判高科技發展給戰爭帶來的革命性影響,搶先佈局新興作戰領域,研發系列高新技術武器裝備,加速戰鬥力科技賦能,為致勝未來戰爭提供堅實的物質基礎。

緊盯制勝​​強敵提高科技鑑別力。戰爭是敵我雙方的生死對抗,新興領域更是作戰雙方角力的重中之重。提升新興領域戰略能力的科技認知力,是防止技術突襲、避免技術陷阱的根本之策。為奪取戰爭主動權,強敵向來不僅以獨特的高新技術武器裝備突襲對手,使其陷入被動挨打的不利處境,更危險的招數在於精心設置技術陷阱,實施戰略欺詐。冷戰美蘇爭霸時期,蘇聯就落入美國「星際大戰計畫」的戰略欺騙陷阱,加速了國力衰退。堅持扭住強敵謀打贏,必須提高新興領域戰略能力的科技鑑別力,要密切跟踪強敵對手科技前沿動態,制定新興領域戰略能力建設突破策略,對強敵宣傳炒作的一些所謂新技術新概念,必須保持高度的技術敏銳度和辨識力,要善於甄別技術真偽、權衡發展利弊及其影響程度,堅持從國情軍情出發開發新興領域戰略資源,使新興領域軍事科技創新成果更好地賦能決策鏈、指揮鍊和戰鬥力生成鏈。

掌握制勝之道提昇科技理解力。強軍勝戰關鍵要掌握致勝之道,在現代科技與軍事深度耦合的背景下,認識並掌握科技成為理解戰爭、設計戰爭、打贏戰爭的必備能力。從人類軍事史來看,正是由於對航空技術、太空技術等原理的透徹認知,杜黑的「制空權」理論、葛拉漢的「高邊疆」理論等戰爭理論才得以產生。同樣,目前如果對人工智慧所具有的人機協同、群智開放、自主操控等新技術缺乏透徹認知,就無法掌握智能化戰爭制勝機理、探索智能作戰新戰法。技術決定戰術。打贏未來戰爭必須著重從科技角度思考戰爭,理解新興領域科技發展對戰爭帶來的影響,並借鑒吸收世界強國軍事科技創新最新成果,研究探索新興領域高新科技支撐現代戰爭的內在機理,探討如何以科技理念和思維把準戰爭制勝規律、如何運用先進科技手段加強新質戰鬥力建設、如何依據科技原理設計戰爭、如何將科技優勢轉化為能力優勢,用科技思維的“鑰匙”開啟勝戰“大門” 。

(三)

全面提升新興領域戰略能力的科技認知力,是一項長期性、系統性的策略工程,必須深刻理解貫徹習主席重要指示精神,把提高官兵科技素養作為一項基礎性工作來抓,以高度的使命擔當、科學的思維理念、有效的方法路徑提升官兵科技認知力,為全面提升新興領域戰略能力,實現我軍高品質發展夯實根基。

加快轉變思想觀念。明者因時而變,知者隨事而製。新興領域軍事科技在改造客觀世界的同時,也深刻改變人們的主觀世界,對傳統的戰爭制勝機理和思維方式形成顛覆性衝擊,內在要求必須轉變思想觀念提昇科技認知力。恩格斯指出:「當科技革命的浪潮正在四周洶湧澎湃的時候……我們需要更新、更勇敢的頭腦。」誰思想保守、因循守舊、固步自封,誰就會錯失寶貴時機,陷於戰略被動,甚至會錯過整整一個時代。我們必須解放思想更新觀念,積極適應當今世界軍事變革的發展趨勢,敏銳感知技術革命帶來的軍事思想革新,勇於改變機械化戰爭的思維定勢,破除守舊守常守成思想束縛,牢固地樹立起信息化智能化戰爭新思維,立起科技強軍制勝的新觀念,注重從科技角度認識戰爭新面貌、發現戰爭新特徵、揭示戰爭新規律,努力把戰爭認知力水準提升到新高度。

涵養科技素養底蘊。科技素養是科學認識和描述客觀世界的能力和科學思考能力,科技素養底蘊的深度,從根本上決定科技認知力高低程度。不懂科技或科技素養不高,對現代戰爭就是霧裡看花、水中觀月,更別說能打仗、打勝仗。提升新興領域戰略能力科技認知力,理解現代高科技戰爭制勝機理,關鍵要在提高官兵科技素養上下功夫,統籌利用軍地科技優勢資源,大力傳播科學精神、普及科學知識,加強現代科技特別是軍事科技知識的學習,深入研究人工智慧、大數據、區塊鏈、量子科技等尖端技術,深刻認識人工智慧深度學習、跨界融合、人機協同、群智開放、自主操控等新特點,了解並掌握最新科技成果,建構以資訊化、智慧化科技為主體的多維知識體系,提升思維層次、拓展知識結構,強力推進新興領域戰略能力的科技認知力這個「變數」向強軍勝戰“能量”轉化。

立足實踐提高能力。刀要磨,人要練。提升新興領域戰略能力的科技認知力,既需要理論滋養促進思想理念轉型,更要遵循「實踐、認識、再實踐、再認識」的人類認識運動基本規律,用好實戰「磨刀石」砥礪智慧鋒芒,推動新興領域戰略能力的科技認知力向更高一級躍進。要勇於在科技強軍、科技強訓實踐中提質強能,堅持學中乾乾中學,聚焦主責主業、立足崗位戰位鑽研前沿科技,提高科技敏銳度、洞察力和響應速度;增強對新裝備、新技能、新戰法的技術理解,培育科學思維、掌握科學方法,提高科技認知力,培塑從科技視角加強新興領域戰略能力建設的思想意識;緊盯強敵對手和未來戰場練就更加強大的“科技頭腦”,熟悉對手的科技成果、科技能力和科技手段,精準把脈對手科技發展的“硬核”和“軟肋”,堅持非對稱思想量身定制鬥爭策略和戰法,為打贏這場未來高端戰爭、混合戰爭提供有力保障。

(作者單位:軍事科學院軍事政治工作研究院)

中國原創軍事資源:https://www.81.cn/szb_223187/gfbszbxq/index.html?paperName=zggfb&paperDate=2024-06-03&paperNumber=03&articleid=932888

Comprehensively Promote Modernization of Chinese Military’s Organizational Form|How Chinese Military Services Implement Building Construction for War

全面推進軍隊組織形態現代化|中國軍隊如何實施戰爭建設

現代英語:

A brief analysis of how the military implements the principle of “building for war”

■ Wang Xueping, Xu Yan, Zhu Xiaomeng

Introduction

To implement the general principle of “the Military Commission is in charge of the overall situation, the theater is responsible for war, and the military is responsible for construction”, the military forces need to accurately grasp the interactive rules of war and construction, strengthen the connection with the theater, form a work pattern with clear rights and responsibilities, positive interaction, smooth and efficient, and focus the main tasks, main responsibilities, and main energy on building and managing the troops. Always adhere to the principle of leading construction with war, building for war, managing for war, and promoting war with construction, comprehensively improve the practical level of military training, and provide high-quality combat forces for the theater.

Get the coordinates of building for war

The coordinates are the epochal orientation of building for war. Only when the orientation is clear can construction be accelerated on track. Entering the new era, the firepower intensity, maneuvering speed, striking accuracy and intelligence of weapons and equipment have greatly increased, the battlefield space has been continuously expanded, the coupling of combat actions has become closer, and the battlefield situation has changed more rapidly. Wars have gradually shown the characteristics of platform combat, system support, tactical actions, and strategic support. In particular, the use of intelligent, stealth, and unmanned combat, as well as aerospace forces, new concept weapons, and high-efficiency destructive ammunition have fundamentally changed the concept of war time and space. The war form has accelerated the evolution from mechanized informationization to informationized intelligence, and intelligent warfare has begun to emerge. The military should focus on building the combat power of informationized warfare with intelligent characteristics, rather than the combat power of mechanized warfare. When the armed forces are building for war, they must focus on information warfare with intelligent characteristics, turn their attention to intelligent military reform, fully imagine the future war form, scale, intensity, spatial region, etc., and use the concept beyond the times to lead the vision of construction forward again and again; they must deeply study the winning mechanism, scientifically judge, and build the troops needed to win the future war, so as to be targeted.

Find the target of building for war

The target is not only a beacon of construction and development, but also a scale to test combat effectiveness. Only by setting the correct target can the armed forces be targeted when building for war, and lead the innovative development of weapons and equipment, system organization and combat theory without deformation or distortion. When the armed forces are building for war, they are not fighting ordinary opponents, but strong enemies in the world military game. This requires the military to build for war, and must lock on to strong enemies, insist on focusing all their attention on defeating strong enemies, and exert their efforts in all work to defeat strong enemies. Closely aiming at world-class standards, the focus should be on firmly grasping the characteristics of future combat systems and system confrontations, exploring standardized and modular construction issues, and forming an integrated and coordinated system combat capability; centering on the requirements of all-domain combat, focusing on tackling practical issues such as rapid response, long-range delivery, and integrated support, and strengthening rapid and mobile cross-domain action capabilities. Grasp the key of balancing powerful enemies, strengthen targeted research on powerful enemies, insist on focusing on what the enemy fears, develop what can balance powerful enemies, and prepare more, strive to have a chance of winning in war, have bargaining chips, and have confidence, focus on solving bottlenecks such as the construction of new military forces, the use of high-tech equipment, and information intelligence integration, and build a world-class military in an all-round way.

Innovation and construction as the forerunner of war

Theory is the forerunner of practice, and scientific military theory is combat effectiveness. Whoever can grasp the development pulse of future wars and possess superb war design capabilities can win the initiative in war and even the final victory. The military should not build for war, but should place war research and construction in a strategic position, carry out forward-looking, targeted, and reserve-oriented innovative research, propose new concepts, seek new breakthroughs, and form innovative theories that are contemporary, leading, and unique. The military should build for war, and must focus on the current practice and future development of war, clarify the vertical evolution axis, focus on shaping the future battlefield, changing the future combat rules, and promote the reshaping of concepts and the reconstruction of systems as soon as possible; focus on cutting-edge technology fields and future intelligent war design, and make efforts to achieve major breakthroughs in new technologies and new forms of war; focus on the continuous development of new concepts such as combat thinking, action patterns, and capability requirements, and form forward-looking thinking on future combat actions. At the same time, the new theories and concepts should be systematized and concretized, and become a “roadmap” for planning and designing force system construction, weapons and equipment development, military training transformation, and combat talent training. It is necessary to form a closed loop from practice to theory and then from theory to practice, so that military theoretical research can draw rich nutrients from practice, and advanced and mature theoretical results can enter the military decision-making and practice links to achieve a benign interaction between theory and practice.

Build a hard core for war

Science and technology are the most revolutionary force. Scientific and technological innovation has always been a race with time and speed. If you don’t work hard to innovate, you will fall behind and be beaten. If you innovate slowly, you will also fall behind and be beaten. Today, scientific and technological innovation has become the core strategy for many countries and militaries to seek advantages. The armed forces must pay close attention to the leading role of science and technology in building for war, integrate the most cutting-edge and even imagined future science and technology into the overall planning of construction, guide the basic direction of construction and development, and actively explore the path of scientific and technological innovation to fight a future war with future enemies with our future army; we must implement the strategy of strengthening the military with science and technology, demand combat effectiveness from scientific and technological innovation, vigorously cultivate new scientific and technological growth points, and focus on improving the contribution rate of scientific and technological innovation to the development of the military’s combat effectiveness; we must face the world’s scientific and technological frontiers, the main battlefields of the future, and the major needs of combat, accelerate the pace of innovation, and launch one project after planning and justifying it, especially to let disruptive technologies run ahead, strive to run at an accelerated pace, and win new advantages. Obviously, talent is the key to building a hard core of “grasping construction for war”. Talent is the most difficult preparation. Whoever has more high-quality new military talents can gain or gain more opportunities to win on the future battlefield. We must accurately grasp the characteristics and laws of modern warfare and the requirements of military transformation and construction, and cultivate what talents are needed for war and give priority to what talents are most in short supply, so that the supply side of talent training can be accurately matched with the needs of the future battlefield.

Lay a solid foundation for grasping construction for war

Fight hard and train hard. The root of “war” lies in “construction”, and the foundation of “construction” lies in “training”. Military training, as a regular and central task of the troops, is not only the basic way to generate and improve combat effectiveness, but also the most direct preparation for military struggle. In the new era, the war situation is accelerating towards informationization and intelligence, the military’s missions and tasks are constantly expanding, the level of informationization and intelligence of weapons and equipment is gradually improving, and the training support conditions are gradually improving. It is urgent for the military forces to consider the interaction of multiple fields such as the war situation, combat methods, weapons and equipment, and personnel quality, and analyze the impact of many factors such as known and unknown, possible and impossible, and possible and impossible, so as to comprehensively upgrade their actual combat capabilities. To build for war, we must focus on training troops against strong enemies, practice reconnaissance, coordination, equipment, and support around the development of the real enemy situation, practice real force deployment, practice fast battlefield construction, practice real equipment data, and practice strong support; we must aim at the latest enemy situation in multiple fields such as land, sea, air, space, and cyberspace, and carry out real, difficult, rigorous, and practical full-element training in scenario re-enactment, “fight” with strong enemies, and let the troops gain real skills and strengthen their strength in real confrontation; we must pursue extreme training, constantly challenge the limits of people and equipment, so that the physiological and psychological limits of officers and soldiers, the performance limits of equipment, and the combat effectiveness limits of the combination of people and weapons can be fully unleashed. Only by using “extremely difficult and extremely difficult” training to present all shortcomings and weaknesses and overcome them can we cope with the most brutal battlefield. Some tactics and strategies trained beyond the limit are often the key move and fatal blow to defeat the enemy in actual combat.

Do a good job in coupling construction for war

The fundamental purpose of war and construction is to be able to fight and win. It is necessary to accelerate the realization of functional coupling under the new system and work together to accelerate the generation of combat power. Building an army that adapts to future combat needs is, in the final analysis, to build a force that can complete future combat tasks and has corresponding combat capabilities. Combat requirements are the concrete manifestation of such mission requirements and capabilities. Building for war should be based on the needs of fulfilling missions and tasks, and should be designed in advance according to future combat military needs. Military construction should be guided by military needs, and combat needs should be continuously refined and dynamically adjusted to promote the coupling of war and construction. By strengthening the argumentation and research of future combat requirements and doing a good job in top-level planning, we can grasp the direction and focus of military construction in general, consider the comprehensive development of military weapons and equipment and personnel quality from a strategic height and long-term development, clarify the focus, adhere to the principle of doing what we should do and not doing what we should not do, concentrate on developing strategic and key projects, give priority to emergency operations, correctly handle the primary and secondary, urgent and slow, light and heavy aspects of military construction, firmly grasp the main and key ones, and promote coordinated and complementary military construction, scientific and reasonable, standardized and orderly, and sustainable development. Scientific combat effectiveness assessment can not only scientifically and specifically understand the composition and strength of one’s own combat effectiveness, but also help to take targeted measures to promote the coupling of building for war, timely discover and correct deficiencies in construction, truly realize the scientific development of military construction, intensive and efficient, and promote the advancement of combat effectiveness construction.

Strictly grasp the test of building for war

Whether a unit is well built and whether it has the ability to win a battle, it must ultimately be tested through military practice. After a comprehensive test of military practice, it is inevitable that the problems in the construction of the unit will be exposed, thereby promoting the army to make corresponding adjustments in the content, focus, and direction of construction. Through repeated tests of military practice, new requirements and new goals are constantly put forward for the construction of the troops, thus leading the construction of the troops to a higher stage. Make good use of network simulated confrontation tests. The informatization and intelligence of network simulated confrontation make the cognition, decision-making, feedback, correction, and action of simulated confrontation more close to actual combat, and revolutionize the process of military activities, thereby producing positive effects on weapons and equipment, command and control, force organization and other fields, thereby promoting the continuous leap of the combat effectiveness of the troops, and even giving birth to new war styles and changing the mechanism of winning wars. Make good use of on-site live-fire exercises. As a pre-practice for future wars, live-fire exercises can not only effectively test the actual combat capabilities of the troops, but more importantly, they can discover some weak links in the construction of the troops, optimize and improve them in a targeted manner, and obtain the maximum combat effectiveness return. Make good use of the test of war practice. The leading role of war practice in the construction of the troops is irreplaceable. Strict war practice can truly test which aspects of the construction of the troops are suitable and which are not suitable for future wars, and then correct the deviations and mistakes in many aspects such as construction guidance, construction priorities, and construction methods, so as to prepare for winning the next war.

現代國語:

淺析軍種如何落實抓建為戰

■王雪平  許炎 朱小萌

引言

貫徹「軍委管總、戰區主戰、軍種主建」總原則,軍種部隊需要準確把握戰與建互動規律,加強同戰區對接,形成權責清晰、正向互動、順暢高效的工作格局,把主要任務、主要職責、主要精力放在建設、管理部隊上,始終堅持以戰領建、抓建為戰、抓管為戰、以建促戰,全面提高軍事訓練實戰化水平,為戰區提供優質作戰力量。

把準抓建為戰的坐標

坐標是抓建為戰的時代方位,只有方位明晰,建設才能依軌加速。進入新時代,武器裝備的火力強度、機動速度、打擊精度、智慧化程度大幅躍升,戰場空間不斷拓展,作戰行動耦合更加緊密,戰場態勢變換更加迅速,戰爭逐漸呈現出平台作戰、體系支撐,戰術行動、戰略保障等特點,特別是智能化、隱身化、無人化作戰以及空天力量、新概念武器、高效毀傷彈藥的運用,從根本上改變了戰爭時空概念,戰爭形態加速由機械化信息化向資訊化智能化演變,智能化戰爭初見端倪。軍種主建,建的應是具有智慧化特徵的資訊化戰爭的戰鬥力,而不是機械化戰爭的戰鬥力。軍種抓建為戰,必須聚焦具有智慧化特徵的資訊化戰爭,把目光投向智能化軍事變革,充分設想未來戰爭形態、規模、強度、空間地域等,用超越時代的理念,引領建設視野向前再向前;必須深研製勝機理,科學研判,打贏未來戰爭需要什麼部隊就建設什麼部隊,做到有的放矢。

找準抓建為戰的靶標

靶標既是建設發展的燈塔,也是檢驗戰鬥力的天秤。只有樹立正確靶標,軍種抓建為戰才能有的放矢,不變形、不走樣地牽引武器裝備、體制編制和作戰理論創新發展。軍種抓建為戰,戰的不是一般對手,而是世界軍事賽場上的強敵。這就要求軍種抓建為戰,必然要鎖定強敵,堅持全部心思向打敗強敵聚焦、各項工作向戰勝強敵用勁。緊緊瞄準世界一流標準,重點要牢牢把握未來作戰體係與體系對抗的特徵,探索標準化、模塊化建設問題,形成一體聯動的體係作戰能力;圍繞全局作戰要求,聚力攻關快速反應、遠程投送、融合保障等現實課題,建強快速機動跨域行動能力。抓住制衡強敵這個關鍵,加強對強敵的針對性研究,堅持敵人怕什麼就重點建什麼,發展什麼能製衡強敵就多備幾手,力求做到戰有勝算、談有籌碼、懾有底氣,著力解決軍種新型力量建設、高新裝備運用、資訊智慧整合等瓶頸問題,全面建成世界一流軍隊。

創新抓建為戰的先導

理論是實踐的先導​​,科學的軍事理論就是戰鬥力。誰能把準未來戰爭的發展脈搏、擁有高超的戰爭設計能力,誰就能贏得戰爭的主動權甚至最後的勝利。軍種抓建為戰,不能走到哪算哪,要把研戰謀建擺在戰略位置,開展前瞻性、針對性、儲備性創新研究,提出新概念、尋找新突破,形成具有時代性、引領性、獨特性的創新理論。軍種抓建為戰,必須著眼於戰爭當前實踐和未來發展,理清縱向演進軸線,把重點放在塑造未來戰場、改變未來作戰規則研究上,盡快推動觀念重塑、體系重構;放在聚焦前沿技術領域、未來智慧化戰爭設計上,下氣力在戰爭新技術、新形態方面實現重大突破;放在持續推進作戰思想、行動樣式、能力需求等新概念的開發上,形成對未來作戰行動的前瞻性性思考。同時把新理論新概念體系化、具體化,成為規劃設計力量體系建構、武器裝備發展、軍事訓練轉變、作戰人才培養的「路線圖」。要形成從實踐到理論、再從理論到實踐的閉環迴路,讓軍事理論研究從實踐中汲取豐厚養分,讓先進成熟的理論成果進入軍事決策和實踐環節,實現理論和實踐良性互動。

打造抓建為戰的硬核

科技是最具革命性的力量。科技創新歷來是與時間與速度的賽跑。不努力創新就會落後挨打,創新速度慢了也同樣會落後挨打。今天,科技創新已成為許多國家和軍隊謀求優勢的核心戰略。軍種抓建為戰,必須高度關注科技引領作用的發揮,通過把當前最前沿甚至是設想中的未來科學技術融入建設整體規劃之中,引領建設發展的基本方向,積極探索用未來的我軍與未來的敵人打一場未來戰爭的科技創新路徑;必須落實科技強軍戰略,向科技創新要戰鬥力,大力培育新的科技增長點,著力提高科技創新對軍種戰鬥力發展的貢獻率;必鬚麵向世界科技前沿、面向未來主要戰場、面向作戰重大需求,加快創新速度,規劃論證好一項就要上馬一項,特別是要讓顛覆性技術跑在前面,力爭跑出加速度,贏得新優勢。顯然,打造抓建為戰的硬核,人才是關鍵。人才是最艱難的準備,誰擁有更多高素質新型軍事人才,誰就能在未來戰場上早獲得或多獲得一些致勝先機。要準確把握現代戰爭特點規律和軍種轉型建設要求,做到打仗需要什麼人才就培養什麼人才、什麼人才最緊缺就優先鍛造什麼人才,使人才培養供給側同未來戰場需求側精準對接。

夯實抓建為戰的根基

打仗硬碰硬,訓練實打實。 「戰」的根本在於「建」,「建」的基礎在於「練」。軍事訓練作為部隊的經常性中心工作,既是產生和提高戰鬥力的基本途徑,也是最直接的軍事鬥爭準備。新時代,戰爭形態加速向資訊化智能化發展,軍隊使命任務不斷拓展,武器裝備資訊化智能化水平逐步提高,訓練保障條件逐步改善,迫切需要軍種部隊從考慮戰爭形態、作戰方法、武器裝備、人員素質等多個領域的互動,到分析已知與未知、可能與不可能、可為與不可為等諸多因素的影響,全面升級實戰能力。抓建為戰,必須聚焦強敵練兵,圍繞真實敵情的進展,練偵察、練協同、練裝備、練保障,練實力量布勢、練快戰場建設、練真裝備數據、練強保障支撐;必須瞄準陸海空及太空、網絡空間等多領域最新敵情,在情景重現中開展真、難、嚴、實的全要素訓練,與強敵“過招”,讓部隊在真刀真槍對抗中礪實功、強實力;必須追求極限訓練,不斷向人和裝備極限沖擊,使官兵的生理心理極限、裝備的性能極限、人與武器結合的戰鬥力極限全面迸發。唯有用「逼到絕境、難到極致」的訓練呈現所有短板弱項,並加以克服,才能應對最殘酷的戰場。一些超越極限訓出的戰術戰法,往往是實戰中勝敵的關鍵一招、致命一擊。

搞好抓建為戰的耦合

戰與建,根本目的都是為了能打仗、打勝仗,必須在新體制下加速實現功能耦合,為加速戰鬥力生成共同發力。建設適應未來作戰需求的軍隊,說到底是建設能完成未來作戰任務、具備相應作戰能力的部隊,作戰需求就是這種任務需求和能力的具體體現。抓建為戰應根據履行使命任務需要,針對未來作戰軍事需求超前設計,以軍事需求牽引軍隊各項建設,不斷細化和動態化調整作戰需求促進戰建耦合。透過加強未來作戰需求論證研究搞好頂層規劃,從總體上把握軍隊建設的方向和重點,從戰略高度和長遠發展考慮軍隊武器裝備、人員素質的全面發展,明確重點,堅持有所為有所不為,集中力量發展戰略性、關鍵性項目,優先保障應急作戰,正確處理軍隊建設的主與次、急與緩、輕與重,緊緊抓住主要的、關鍵的,推動軍隊建設協調配套,科學合理,規範有序,持續發展。科學的戰鬥力評估不僅能夠科學具體地認識己方戰鬥力的組成及其強弱,還有利於採取針對性措施促進抓建為戰的耦合,及時發現並糾正建設中的不足,真正實現軍隊建設的科學發展、集約高效,促進戰鬥力建設上台階。

嚴格抓建為戰的檢驗

一支部隊建設得好不好,是不是已經具備打勝仗的能力,最終還是要通過軍事實踐來檢驗。經過軍事實踐的全面檢驗,必然揭露部隊建設上存在的問題,從而推動軍隊在建設內容、重點、方向上做出相應的調整。通過這樣一次次軍事實踐的反復檢驗,不斷地給部隊建設提出新要求新目標,由此引領部隊建設向著更高的階段發展。用好網絡模擬對抗檢驗。網絡模擬對抗資訊化智慧化,使得模擬對抗的認知、決策、回饋、修正、行動等更趨於實戰,革命性地改造軍事活動流程,進而對武器裝備、指揮控制、力量編組等多個領域產生積極作用,由此促進部隊戰鬥力不斷躍升,甚至催生新的戰爭樣式、改變戰爭制勝機理。用好現地實兵演習檢驗。作為未來戰爭的預實踐,實兵演習不僅能有效檢驗部隊的實戰能力,更為重要的,是能發現部隊建設中存在的一些薄弱環節,有針對性地加以優化改進,獲得最大限度的戰鬥力回報。用好戰爭實踐檢驗。戰爭實踐對部隊建設的引領作用不可取代。嚴酷的戰爭實踐,可以真正檢驗部隊建設哪些適合、哪些不適合未來戰爭,進而修正在建設指導、建設重點、建設方法等諸多方面的偏差和失誤,為打贏下一場戰爭做好準備。

中國原創軍事資源:https://www.81.cn/ll_208543/9904888.html

Chinese Military Changing Trend of Command and Control from the Perspective of Complexity Science

複雜性科學視野下的中國軍隊指揮控制變革趨勢

現代英語:

Hu Xiaofeng

Introduction

In recent years, with the evolution of war forms, the epistemology under the traditional scientific system has become increasingly difficult to meet the needs of the development of war practice. Complexity science has provided new possibilities for understanding war and guiding war practice. In the field of command and control, complexity can be used as a weapon to make the opponent’s decision-making more complicated, while the opponent can easily deal with it. The key to achieving this effect is to break the original traditional decision-making method and reshape the opponent’s decision-making process.

Understanding the Principle of Complexity in War

To discuss “how complexity becomes a weapon”, we first need to understand where the complexity of war comes from and the nature and characteristics of complex systems.

Traditional thinking methods believe that the world is deterministic and people are rational. Humans can use methods such as “decomposition + cognition + synthesis” to achieve a comprehensive understanding of the world and a precise grasp of the nature and operating laws of all things. However, there are still many complex systems in the world. These systems have holistic properties. Systems such as the human body, society, economy, and war all belong to this category. Complex systems have variable structures and are characterized by adaptability, uncertainty, emergence, and nonlinearity. Moreover, the results are not repeated and difficult to predict. Society, economy, cities, including intelligent systems, these systems related to people have these characteristics, in fact, they are all typical complex systems.

War is a typical complex system. People often say “randomness in war”, “unrepeatable results of war”, “fog in war”, “no constant situation of soldiers, no constant shape of water”, etc., in fact, they are all describing the characteristics of war complexity.

The root cause of war or social complexity lies in people’s “cognition”. People are not chaotic particles without thoughts, nor are they low-level creatures with only simple life logic. Therefore, the use of simple physical statistical methods will produce great deviations. Moreover, human behavior is not just “pure rationality” at work. Emotional factors such as personality, emotions, and attitudes may affect changes in human behavior.

Recognizing that war is a complex system is a huge progress. Only in this way can we better understand the phenomenon of war complexity and find ways and means to solve problems. Instead of simply adopting reductionist methods or simply transplanting physical methods to study war.

How to create complexity

The earliest idea of ​​making complexity a weapon was the US military’s “decision-making center war”. It advocates that with the support of advanced technologies such as artificial intelligence, the upgrading and transformation of combat platforms and distributed deployment can achieve diversified tactics, while ensuring its own tactical selection advantages, it can impose high complexity on the opponent to interfere with its command and decision-making capabilities, and occupy an overwhelming advantage in the new dimension.

In future wars, due to the increasingly large combat system, the interweaving of people and machines in decision-making at all levels, especially the widespread use of intelligent combat platforms, the battlefield management problem has become unprecedentedly prominent. If there are defects in the opponent’s information system, it may be subject to the complexity of its own system. The US military believes that complexity as a weapon is to make the opponent feel complex in one direction, while it can easily deal with it. The key is to break the original traditional decision-making method and reshape the opponent’s decision-making process.

Traditional decision-making is only a change in decision-making parameters, not a change in decision-making process, so the decision complexity is constant. If the decision is still made according to inherent factors and processes, only the size of the variable is adjusted, and the original causal relationship is not changed. For example, the self-side adopts camouflage, reinforcement and other means to enhance the survivability of the base and force the opponent to change the original decision. But doing so does not increase the complexity of the enemy’s decision-making, because the causal relationship has not changed. If complexity methods are introduced, the opponent’s decision-making process can be reshaped, forcing the opponent to introduce new parameters, resulting in increased decision-making complexity. For example, the camouflage effect of one’s own side exceeds the opponent’s existing reconnaissance capability, forcing it to find new reconnaissance and positioning methods, thereby prompting it to change its decision-making process and make the decision more complicated. So, how to create complexity? It is generally believed that there are four main methods.

Limit intelligence capabilities. By creating uncertainty to enhance complexity, reduce the opponent’s situational awareness, so that the opponent can only take action with the support of limited information. Specific methods include: giving incomplete information or false information, which is what we often call hiding the truth and showing the false; creating deep uncertainty, that is, creating “black swan” events, putting the opponent in an “unknown unknown” state. For example, electronic countermeasures make it impossible for the opponent to understand the system principles, resulting in an inability to understand the situation. The most typical case is the “unknown air situation” in the past. Although it can be seen from the radar signal, it is unknown why such a signal is generated, which makes the opponent always confused.

Weaken response capabilities. By using adaptive characteristics to create complexity, the opponent’s action response capability is weakened. It can also be understood that changing the environment faster creates complexity, forcing the opponent to reduce its adaptability and hindering its timely feedback. Combat confrontation can be seen as who can adapt to changes in the opponent, battlefield and environment faster. The adaptability depends on the command and control system structure, process and decision-making method, as well as the reaction speed of the troops. Without this ability, it is often passive. Adopting flexible command methods, making adequate plans, and having distributed decision-making mechanisms can enhance the adaptability of the troops. The traditional centralized control method will be difficult to adapt to the needs of future wars, and the dispatch-type command and control mode with resource distribution and service distribution similar to online car-hailing may be better adapted to the changing battlefield environment and respond faster.

Create border chaos. Create chaos and complexity by crossing boundaries to form new emergent effects. Between military services and between different support systems, etc., can all be regarded as boundaries. In future operations, cross-service and cross-system command boundaries often become system vulnerabilities, forming more complex network cascade effects. Therefore, how to create complexity across organizational boundaries will become the key to future operations. For example, creating all kinds of chaos between different combat domains, different troops, and different systems, while ensuring the orderly operation of one’s own system, making the opponent’s system entangled and inefficient, thus causing its system to be divided or collapsed.

Promote critical point conversion. Push the opponent to the critical point and create complexity, resulting in nonlinear conversion. Small changes in complex systems may be amplified and transmitted step by step, and emerge with effects that seriously affect the war situation, and this phenomenon often occurs at the critical point. The most common practices are “overload” and “promote collapse”. The so-called overload is to force the opponent to be in an overloaded state frequently, resulting in a significant reduction in its performance. For example, the command information system may perform very well at ordinary times, but once it is under high overload during wartime, its performance will decline significantly and it will often be in a low-efficiency state. The so-called collapse is to force the enemy system to collapse at the critical point. For example, the commander collapses under high pressure during wartime and makes a wrong judgment, even if he may only be at a slight disadvantage. In this case, the firmness of the commander’s will often determines the final result.

“Fight complexity with complexity”

Almost all changes in war can be seen as cognitive upgrades and complications. Clausewitz believed that “uncertainty” and “fear” are the two keys to studying war, and the commonality between the two is actually cognition.

The key to “decision-centered warfare” is to accelerate cognition to adapt to complexity. To deal with complex weapons, we need to “fight complexity with complexity” and start with basic work. First, we need to understand the principles of war complexity and actively create complexity to seize the initiative on the battlefield. For ourselves, we need to manage our own complexity; for our opponents, we need to impose more complexity on them. Secondly, we need to understand the changes in the mechanism of war, which requires us to focus on the key point of “command and control”. The most important of these is the perception, control and management of complex battlefields, as well as the understanding, modeling and simulation of intelligent cognition.

As we all know, command and control has two sides. Its “rational” side is the standardization of command decisions, which is reflected in the command mechanism, combat process, regulations, plans and planning. That is, “when you know how to do it”, you can use efficient scientific methods to make it, such as operational planning. The “emotional” side is reflected in the creative content of command decisions, that is, the art of command. The art of command depends on the inspiration, intuition, knowledge and experience, and even personality of the commander. That is, when “I don’t know what to do”, I can find a way to solve the problem, such as trial and error. In fact, the former is only the result of intelligence, and the latter determines the generation of intelligence. Therefore, from a rational point of view, traditional systems hope that everything that will happen in the future is known in advance; from a perceptual point of view, intelligent systems hope that surprises will emerge in the future, that is, innovation. Therefore, it can be considered that command is art and control is science; command is “intelligence” and control is “skill”, which is the difference between “strategy” and “technology”. How to solve these two problems is the trend and direction of future changes in the field of command and control.

The first trend: control management is moved down, and intelligent decision-making is continuously mechanized. Under the conditions of future informationized and intelligentized warfare, the independent operation of unmanned systems, the adaptive organization of military organizations, and the autonomous combat methods based on big data, cloud computing and network information systems have put forward higher requirements for the command and control mode. To adapt to this change, it is necessary to give combat units more autonomy and shorten the chain of command; introduce intelligent decision-making assistance and analysis tools, and use people “on the loop” or “outside the loop” to effectively accelerate the decision-making process and improve decision-making efficiency.

The second trend: command decisions are moved up and become more complex with intelligent assistance. From a strategic perspective, first, we should focus on cognitive confrontation, fully understand complex system problems such as “the more complex the system is, the more complex it is”, “yesterday’s rules are different from today’s”, and “the future is unpredictable”, and find ways to deal with them; second, we should confront complexity with complexity. “Strategic simplicity” cannot replace “the complexity of battlefield and tactical control”, and we cannot ostrich-like “respond to changes with the same”. Third, to create complex asymmetry, combat personnel need to use “command art + decision-making intelligent tools”. The stronger the artistry of decision-making, the higher the complexity. To fight against artificial intelligence, we need to rely on artificial intelligence, but we cannot rely on artificial intelligence alone.

The third trend: build a combat network and command and control network system around intelligent machines. First, we need to redefine the platform type and no longer simply distinguish between combat platforms of different space types such as aircraft and submarines. Second, we need to change the traditional combat force use mode and adopt an “order-based” combat mode. Focusing on combat resources and services, we provide battlefield links, command, management and scheduling through cloud platforms. The third is to improve the adaptability of complex systems, so that the command and control and combat systems can bear high overload situations, and cannot perform “excellently” in simple situations, but seriously decline in complex situations, leading to complex disasters.

The fourth trend: Human-machine hybrid command and control will become the mainstream. In the future, with the support of big data, combat cloud, machine assistance and shared combat maps, artificial intelligence will form a combat ecosystem with humans. It should be noted that the decision-making application of artificial intelligence is not to replace “people”, but to make good use of “people”, and achieve better results through human-machine collaboration. Specifically, one is to combine human creativity with the “tirelessness” of machines based on hybrid intelligence, so as to give full play to their respective strengths and avoid the dilemma that decision-making intelligence technology has been difficult to break through for a long time. The second is to solve the problem of human-machine hybrid. The inconsistency of cognitive space, the difficulty of forming a collaborative system, and the distrust of people in machines all need to be solved, which may be the focus of future command and control system design.

現代國語:

胡曉峰

引言

近年來,隨著戰爭形態的演變,傳統科學體系下的知識論越來越難以滿足戰爭實踐發展的需要,複雜性科學為認識戰爭、指導戰爭實踐提供了新的可能性。在指揮控制領域,複雜性可以作為一種武器,使對手決策變得更加複雜,而自己則可以輕鬆應對。要達到這效果的關鍵在於,打破原有傳統決策的方式,重塑對手的決策流程。

認識戰爭複雜原理

討論“複雜性怎樣成為武器”,我們首先需要認識一下,戰爭的複雜性由何而來,以及複雜系統的性質和特徵。

傳統思維方法認為,世界是確定性的、人是理性的,人類可以採用「分解+認識+綜合」等方法,實現對世界的全面認識、對萬事萬物的性質和運作規律的精準把握。但世界上還存在著許多複雜系統,這些系統存在著整體性質,像是人體、社會、經濟、戰爭等,都屬於這一類。複雜系統結構可變,具有適應性、不確定性、湧現性、非線性等特點,且結果不重複,也難以預測。社會、經濟、城市包括智慧系統,這些與人有關的系統都有這些特點,其實它們都是典型的複雜系統。

戰爭就是典型的複雜系統。人們常說的「戰爭中的偶然性」「戰爭結果的不可重複性」「戰爭中的迷霧」「兵無常勢,水無常形」等等,其實都是在描述戰爭複雜性的特徵。

戰爭或社會複雜性產生的根源,在於人的「認知」。人不是雜亂無章、沒有思想的粒子,也不是只有簡單生命邏輯的低等生物,因而採用簡單的物理統計方法就會產生很大的偏差。而且,人的行為也不會只是「純理性」在起作用,性格、情緒、態度等感性因素都有可能影響人類行為的改變。

認識到戰爭是複雜系統,是一個巨大進步。唯有如此,才能更能理解戰爭複雜性現象,找到解決問題的方法和途徑。而不是簡單地採用還原論方法,或簡單​​地移植物理學方法來研究戰爭。

如何製造複雜性

讓複雜性成為武器,最早是美軍「決策中心戰」的設想。其主張在人工智慧等先進技術的支撐下,透過對作戰平台的升級改造以及分散式部署實現多樣化戰術,在保障自身戰術選擇優勢的同時,向對手施加高複雜度,以乾擾其指揮決策能力,在新維度上佔據壓倒性優勢。

未來戰爭,由於作戰體系越來越龐大,各級決策中人與機器混雜交織,尤其是智慧化作戰平台的廣泛運用,導致戰場管理問題空前突出。如若對手資訊系統上有缺陷,可能將受制於自己體系的複雜性。美軍認為,複雜性作為武器,就是要讓對手單向感到複雜,而自己則可以輕鬆應付。其關鍵在於打破原有傳統決策的方式,重塑對手的決策流程。

傳統決策只是決策參量的改變,而非決策流程的改變,所以決策複雜度恆定。如若仍依固有因素和流程決策,調整的只是變數的大小,並未改變原先的因果關係。例如,己方透過採取偽裝、加強等手段,增強基地的生存能力,迫使對手改變原有決策。但這樣做並沒有增加敵方的決策複雜度,因為因果關係並沒有改變。如果引入複雜性方法,則可以重塑對手的決策流程,逼迫對手引入新參量,導致決策複雜性增加。例如,使己方偽裝效果超過對手現有的偵察能力,迫使其必須尋找新的偵察定位方法,促使其改變決策流程,使決策變得更加複雜。那麼,如何製造複雜性呢?一般認為,主要有以下四種方法。

限制情報能力。透過製造不確定性以增強複雜性,降低對手的態勢感知能力,使得對手只能在有限資訊的支撐下實施行動。具體的方法包括:給予不完整的資訊或虛假訊息,也就是我們常說的隱真示假;製造深度不確定性,也就是製造「黑天鵝」事件,讓對手處於「未知的未知」狀態。例如,電子對抗戰法使對手無法理解系統原理,導致無法理解態勢。最典型的案例莫過於過去的“不明空情”,雖然可以從雷達信號上看到,但不知道為何會產生出這種信號,使對手始終處於迷茫狀態。

削弱反應能力。透過利用適應性特徵來製造複雜性,削弱對手的行動反應能力。也可以理解為,更快變換環境製造複雜性,迫使對手降低適應能力,並阻礙其及時回饋。作戰對抗可以看作是敵我雙方誰能更快地適應對手、戰場和環境的變化,適應能力取決於指控系統結構、流程和決策方式,以及部隊的反應速度。沒有這方面的能力,往往就會陷入被動。採用靈活的指揮方式,做好充分預案,具有分散式決策機制等,都可以增強部隊的適應性。傳統意義上的集中控制方式將難以適應未來戰爭的需要,而類似於叫車那樣的資源分佈、服務分佈的派單式指揮控制模式,或許才能更好地適應多變的戰場環境,並能做出更快的反應。

製造交界混亂。透過跨越邊界製造混亂、創造複雜性,形成新的湧現效果。軍兵種之間、不同保障系統之間等,都可以看成是邊界。未來作戰中跨軍種、跨體系的指揮邊界往往成為體系脆弱點,形成更複雜的網路級聯效應。因而如何在跨組織邊界製造複雜性,將成為未來作戰的關鍵。例如在不同作戰域、不同部隊、不同系統之間製造各種混亂,在確保己方體系運作有序的同時,使對手體系相互纏繞低效,從而導致其體系分割或坍塌。

促進臨界點轉換。將對手逼到臨界點並製造複雜性,造成非線性的轉換。複雜系統中的微小變化,都可能經過逐級放大傳導,湧現出嚴重影響戰局的效果,而這個現象經常出現在臨界點處。最常見的做法是「超負荷」「促進崩潰」兩種。所謂超負荷,就是促使對手經常處於超負荷狀態,導致其性能大幅降低。例如,指揮資訊系統平時可能表現很優秀,但在戰時一旦處於高過載情況下,表現卻會大幅下滑,常常處於低效能狀態。所謂促崩潰,就是促使敵方系統在臨界處崩潰。例如指揮在戰時高壓力下崩潰作出錯誤判斷,就算其可能只是處於微小劣勢之下。在這種情況下,指揮官意志的堅定程度,往往決定了最終的結果。

“以複雜對抗複雜”

戰爭中幾乎所有的變化,都可以看成是認知的升級和複雜化。克勞塞維茲就認為,「不確定性」和「恐懼」是研究戰爭的兩個關鍵,這兩者的共通點其實就是認知。

「決策中心戰」的關鍵就在於加速認知,以適應複雜性。應對複雜性武器需要“以複雜對抗複雜”,從基礎工作做起。首先,需要理解戰爭複雜性原理,主動製造複雜性來掌握戰場主動權。對自己來說,需要管理自身的複雜性;對對手來說,需要對對手施加更多的複雜性。其次,需要了解戰爭機理發生的改變,這就需要瞄準「指揮與控制」這個重點。其中最重要的是對複雜戰場的感知、控制和管理,以及對智慧認知的理解、建模和模擬。

眾所周知,指揮控制具有兩面性。它「理性」的一面,就是指揮決策的規範化,體現在指揮機制、作戰流程、條令條例、計畫規劃等內容。也就是「知道怎麼做時」可以用高效率的科學方法做出來,例如運籌規劃。 「感性」的一面則體現在指揮決策的創意內容,也就是指揮藝術。指揮藝術取決於指揮人員的靈感直覺、知識經驗,甚至是性格。也就是在「不知道怎麼做時」能找到解決問題的方法,例如試誤選擇。事實上,前者只是智能結果,後者才決定智能的產生。所以,從理性角度來看,傳統系統希望未來發生的一切都是事先知道的;而從感性角度來看,智慧系統卻希望未來能夠湧現出驚喜,也就是創新。所以可以認為,指揮是藝術,控制是科學;指揮是“智能”,而控制是“技能”,這也就是“謀略”和“技術”的區別。而如何解決好這兩個問題,是未來在指揮控制領域變革的趨勢與方向。

第一個趨勢:控制管理下移,並將智慧決策不斷機器化。在未來資訊化智慧化戰爭條件下,無人系統獨立運作、軍隊組織自適應編組以及基於大數據、雲端運算和網路資訊系統的自主作戰方式等,對指揮控制模式提出了更高的要求。適應這種變化,需要賦予作戰單元更多自主權,縮短指揮鏈;引入智慧化輔助決策與分析工具,以人在「迴路」或「迴路外」等方式,切實加速決策過程,提高決策效率等。

第二個趨勢:指揮決策上移,在智慧輔助下更為複雜。從謀略角度講,一是要以認知對抗為中心,充分理解「複雜系統越認識越複雜」「昨天規律與今天不同」「未來不可預測」等複雜系統問題,找到應對之道;二是以複雜對抗複雜。 “戰略的簡潔性”並不能取代“戰場和戰術控制的複雜性”,不能鴕鳥式的“以不變應萬變”。第三是創造複雜的非對稱性,需要作戰人員藉助「指揮藝術+決策智慧工具」。決策的藝術性越強,複雜度越高,對抗人工智慧需要依賴人工智慧,但不能只靠人工智慧。

第三個趨勢:圍繞智慧機器,建構作戰網和指控網體系。一是需要重新定義平台類型,不再簡單區分飛機、潛水艇等不同空間類型的作戰平台。二是需要改變傳統作戰力量使用模式,採取「訂單式」作戰模式,圍繞作戰資源與服務,透過雲端平台提供戰場連結、指揮、管理與調度。第三是提高複雜系統適應能力,指揮控制與作戰體系能夠承擔高過載情況,不能遇到簡單情況表現“優秀”,但在復雜情況下卻嚴重下滑,導致複雜性災變。

第四個趨勢:人機混合的指揮控制將成為主流。未來的指揮控制,在大數據、作戰雲、機器輔助和共用作戰圖的支援下,人工智慧將和人一起形成作戰生態系統。要注意的是,人工智慧的決策運用,不是要取代“人”,而是要用好“人”,人機協同,實現更好的效果。具體來說,一是基於混合智能,將人的創造性與機器的「不知疲倦」結合起來,既發揮各自的長處,又規避決策智能技術長時期難以突破的窘境。二是解決人機混合的難題。認知空間的不一致、協同體系的難形成、人對機器的不信任等,都需要解決,或許是未來指控係統設計的重點。

中國原創軍事資源:https://www.81.cn/ll_208543/16277688.html

Chinese Military Research on Typical Operational Styles of Intelligent Warfare

中國軍隊智能戰爭典型作戰方式研究

現代英語:

Intelligent warfare is a new form of warfare that has gradually developed with the continuous advancement of science and technology. It widely uses intelligent technology to achieve all-round informatization, digitization and intelligence of war. The Russian-Ukrainian conflict can be seen as a microcosm of intelligent warfare, from which we can see the transformation and application of high-tech in actual warfare in the past decade, as well as the astonishing military effectiveness it has produced.

In recent years, major military countries around the world have listed artificial intelligence, big data and other emerging technologies as priority development, and analyzed their military applications and impact on modern warfare based on theoretical research, combat experiments and other methods. The Russian-Ukrainian conflict has become an important window and key testing ground for its perspective on actual combat effectiveness. After this actual combat test, countries around the world have been inspired to accelerate war preparations to cope with the upcoming era of comprehensive intelligent warfare. A new round of AI arms race has quietly begun!

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02

Characteristics of intelligent warfare

Different from traditional warfare forms, the characteristics of intelligent warfare are: with artificial intelligence and big data as the core, through advanced artificial intelligence algorithms and large-scale data sets, to achieve rapid information acquisition, processing and sharing, and provide more comprehensive and accurate information support. Based on network information, on a highly networked information warfare platform, comprehensive information control and efficient transmission are achieved, and each combat unit can share and coordinate actions in real time to improve command efficiency, combat coordination and flexibility. Command and control is the key, and through intelligent command and control systems, intelligent decision-making systems and autonomous combat systems, the combat situation is monitored throughout the process, and combat operations are efficiently coordinated and accurately controlled. High-quality talents are needed to support it, and talents with high-level intelligent technology can better use intelligent technology. Promote the transformation of combat styles. With the development of intelligent technology, combat styles are constantly innovating, and tactical response requirements are constantly changing. Networked combat, intelligent reconnaissance and strike, unmanned combat, cognitive domain combat, etc. are more typical combat styles in intelligent warfare.

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03

Essential characteristics, application scenarios and tactical response requirements of typical combat styles of intelligent warfare

(I) Networked combat

  1. Essential points

Networked combat is to build a networked combat platform through a series of information technology, communication technology, network technology and computer technology, interconnect various combat units, combat systems, etc., realize information acquisition, processing, sharing and coordinated actions, and achieve the purpose of comprehensive control of battlefield information, efficient decision-making and coordinated combat. Its essence emphasizes sharing and coordination.

  1. Application scenarios

Networked combat covers multiple application scenarios such as command and control, intelligence collection, combat coordination and logistics support: ① In terms of command and control, networking connects various command and control systems, sensors and weapons and equipment, so that commanders can grasp the battlefield situation in real time, improve decision-making ability and accuracy, and realize efficient command and control and coordinated processing. ② In terms of intelligence collection and analysis, networking realizes information sharing and collaborative analysis between various intelligence collection equipment, systems and personnel, enabling intelligence departments to obtain and analyze intelligence more comprehensively, accurately and timely, and provide more reliable data support for decision-making. ③ In terms of combat force coordination, networked connections enable information sharing and coordinated actions between various units, equipment and resources, and achieve more accurate combat operations. ④ In terms of logistics support, networking enables efficient logistics support through intelligent support systems, improves the efficiency and accuracy of logistics support, and achieves optimal allocation and efficient scheduling of logistics resources.

Figure 1 Schematic diagram of networked operations

  1. Tactical response requirements

Networked operations require tactical response: First, information reliability. In networked operations, information is an important factor in leading operations. All combat units and systems must fully understand the importance of accurate information and provide reliable data support for decision-making. Second, network globality. Networked operations are not just the behavior of individual combat units, but the global behavior of the entire combat system, which requires coordination and cooperation from the perspective of the entire combat system. Third, high coordination. All combat units and systems must have a high degree of coordination capabilities, be able to quickly respond to various combat tasks, and achieve accurate combat operations. Fourth, technological advancement. All combat units and systems must have advanced technical capabilities, be able to master and apply various information technologies and equipment proficiently, and ensure the smooth progress of networked operations. Fifth, security and stability. It is necessary to ensure information security and network system stability, take security measures and technical means to prevent network attacks and data leakage, establish a strong network security protection system, adopt encryption technology and protocols, implement data management and access control, regularly detect and repair security vulnerabilities, adopt backup and fault-tolerant mechanisms, and avoid equipment failure or network interruption affecting combat effectiveness.

(II) Intelligent reconnaissance and strike

  1. Essential points

Intelligent reconnaissance and strike is to achieve accurate reconnaissance and efficient strikes on enemy targets through intelligent technology, quickly and accurately discover combat targets, and reduce combat losses. Its essence emphasizes: high precision, using high-resolution sensors, high-precision positioning technology, image recognition technology, etc. to achieve high-precision reconnaissance and positioning of targets; high speed, using advanced missile technology, artillery technology and drone technology, etc. to achieve high-speed strikes and destruction of targets; intelligent decision-making, using artificial intelligence technology, big data technology and cloud computing technology, etc. to achieve automatic identification and decision-making of targets, and improve damage effectiveness and efficiency.

  1. Application scenarios

Intelligent reconnaissance and strike are widely used in various combat fields: ① In ground warfare, use intelligent equipment such as satellites, drones and ground robots for reconnaissance, obtain high-precision image data of enemy positions, analyze enemy force deployment, weapons and equipment, and action patterns; use intelligent shells to achieve comprehensive coverage and strikes on enemy areas by accurately calculating shooting elements. ② In naval warfare, use intelligent reconnaissance equipment to identify and track targets at sea, grasp the dynamics of enemy ships in real time, and provide accurate coordinate information for strikes; through real-time perception and tracking, guide intelligent missiles to achieve long-range precision strikes on mobile targets. ③ In special combat environments, such as urban street fighting, use intelligent reconnaissance equipment to conduct reconnaissance inside buildings, and achieve precision strikes inside buildings through high-precision sensors and strike algorithms; in mountain warfare, use intelligent reconnaissance equipment to conduct reconnaissance and analysis of mountain terrain to provide accurate terrain information support for troops’ marching and combat.

Figure 2 “Reconnaissance and Strike” Wheeled Reconnaissance Robot

  1. Tactical Response Requirements

Comprehensive, accurate and efficient intelligent support and guarantee services are the key to supporting the effectiveness of this combat style, mainly as follows: First, realize all-round highly intelligent intelligence collection and analysis. Use advanced intelligent equipment (such as satellites, drones, etc.) and technologies (such as machine learning, big data, cloud computing, etc.) to conduct highly automated reconnaissance and intelligence collection, and automatically analyze and process the massive heterogeneous data obtained, so as to achieve comprehensive perception, monitoring and deep mining of battlefield conditions, and provide comprehensive, accurate and fresh data guarantee services for target indication and strike. Second, intelligent command, control and strike. On the basis of intelligent, efficient and accurate collection, reconnaissance and analysis of battlefield data, it is also necessary to use artificial intelligence technology and automation systems to conduct highly automated command and control, identify and track enemy targets, make decisions quickly and guide weapon systems to carry out precise strikes. Third, formulate accurate emergency plans. The battlefield situation changes rapidly, and emergency response capabilities are crucial. Use intelligent technology to analyze battlefield situations in real time, predict possible emergencies or prejudge the actions of mobile targets, formulate emergency plans or strike ideas in advance, and ensure that rapid response and strike response can be made when emergencies occur.

(III) Unmanned combat

  1. Essential points

Unmanned combat is the use of unmanned technology to realize the combat use of unmanned equipment. Its advantage is to reduce casualties and perform combat tasks in some high-risk and complex environments. The key point is the development of unmanned equipment, such as drones, unmanned vehicles, and unmanned boats. These equipment can achieve high-precision and high-speed reconnaissance, strike and other combat operations in combat.

  1. Application scenarios

Unmanned combat has a variety of combat scenarios, including but not limited to: ① Drones can be used in ground warfare. Use drones to conduct high-altitude reconnaissance and surveillance outside the enemy’s air defense system to obtain high-definition image data; they can also be equipped with weapon systems to accurately strike and destroy enemy targets. ② Unmanned vehicles can be used in urban combat. Unmanned vehicles equipped with high-precision sensors and weapon systems can be used to replace human soldiers to perform reconnaissance, patrol, attack and defense tasks in urban streets to avoid casualties. ③ Unmanned boats can be used in maritime operations. Unmanned boats equipped with a variety of sensors and weapon systems can be used to perform maritime reconnaissance, patrol, anti-submarine warfare, attack and anti-piracy tasks.

Figure 3 UAVs equipped with ammunition on the Russian-Ukrainian battlefield

  1. Tactical response requirements

Unmanned combat requires the following tactical requirements: First, autonomy and intelligence are at the core. Unmanned combat systems need to have a certain level of autonomy and intelligence, and be able to complete combat tasks autonomously without human intervention. The system needs to have advanced autonomous action control technology, intelligent perception technology and decision-making planning capabilities. Second, target recognition and decision-making speed must be fast. The timeliness requirements for unmanned combat systems to quickly identify targets and make decisions require high-precision sensors and efficient image processing capabilities, as well as real-time data analysis capabilities and powerful decision-making algorithms. Third, information sharing and collaboration are very necessary. Unmanned combat systems need to share information and collaborate with other systems. The system needs to have efficient information transmission capabilities and powerful collaborative combat algorithms to achieve functions such as task allocation, action coordination and information sharing. Fourth, safety and stability are the bottom line. Unmanned combat systems need to be safe and stable and able to operate stably in complex battlefield environments. The system needs to have advanced security assurance technology and stability control capabilities to cope with various emergencies and dangerous situations.

The above requirements are the key to achieving efficient, accurate and reliable unmanned combat, and are also important considerations for the development and deployment of unmanned combat system equipment.

(IV) Cognitive domain combat

  1. Essential characteristics

Cognitive domain combat is the use of theories of relevant disciplines such as cognitive science, system science, communication, linguistics, social culture, and social behavior, with multiple information carriers such as text, pictures, sound, and video, and the comprehensive use of various combat methods and technical means to compete for the spirit, thought, thinking, and thinking of the target object, to achieve cognitive influence, cognitive shaping, cognitive control, and cognitive manipulation of the target object, and promote the formation of a cognitive situation that is beneficial to oneself.

  1. Application scenarios

Cognitive domain combat is not a unique combat style of intelligent warfare. Its ideas are reflected in military tactics and strategies in ancient and modern times, both at home and abroad. With the promotion and empowerment of artificial intelligence technology in the Russian-Ukrainian conflict, social robots, deep fake videos, etc. are widely used in online media, influencing social public opinion, manipulating public cognition, and exerting power efficiently and accurately, making cognitive warfare a “brain battle” for global digital communication. Its application scenarios are: ① Military fraud. Through propaganda, psychological suggestion, induction and other deception and fraud methods, try to make the enemy misjudge the situation, affect their cognition, emotions and behavior, and thus disintegrate their morale and fighting will. For example, during World War II, the Soviet Union used large-scale propaganda activities to promote the strength of the Soviet Union and the defeat of Germany to German soldiers, thereby affecting the morale and fighting will of German soldiers. ② Media propaganda. Information dissemination through television, radio, the Internet, etc., affects the public’s views and attitudes on specific issues. For example, in the Russian-Ukrainian conflict, Ukrainian politicians and ordinary people intensively spoke on social platforms such as Twitter, gaining widespread attention and sympathy from the international community, and creating a cognitive situation that is beneficial to Ukraine in the international public opinion field. ③ Long-term consciousness infiltration. Through the long-term cultivation of concepts, culture, religion, ideology, etc., people’s cognition and values ​​are unconsciously influenced. This is a very covert and effective combat strategy.

Figure 4 Cognitive Domain Operations

  1. Tactical Response Requirements

Cognitive domain operations have the following tactical requirements: First, accurately locate the target object, formulate different strategies according to different target objects, understand their cognitive characteristics, needs, values, etc., and formulate more targeted strategies. Second, multi-dimensional information dissemination, and comprehensive use of multiple information carriers and dissemination channels for dissemination. Third, use psychological principles and master psychological knowledge and skills, such as suggestion, induction, group effect, etc., to better manipulate cognition. Fourth, flexibly respond to protective measures, and adjust strategies in time through information detection and counterattack, network tracking and attack, etc., to ensure its effectiveness and safety. Fifth, emphasize effect feedback evaluation in order to adjust strategies and means, and continuously optimize and improve tactics.

(V) Other combat styles

Some other new combat styles have also emerged in intelligent warfare. These combat styles have their own characteristics and advantages, and play an important role in improving combat effectiveness: Directed energy weapon combat is a combat method that uses high-energy beams to attack. This weapon can destroy enemy targets at a long distance, and has the characteristics of high precision, high speed and high destructive power. Directed energy weapons include laser weapons, particle beam weapons and microwave weapons, which can be used in various combat fields such as air, ground and sea. Cross-domain combat refers to leapfrogging attacks and defenses between different fields such as space, cyberspace and land, sea and air battlefields, using intelligent technology to achieve leapfrogging actions between different fields to achieve a surprising victory. For example, air power can be used to strike enemy ground targets, and ground power can be used to strike enemy sea targets. Stealth combat is to use various technologies and means to hide and disguise oneself on the battlefield, avoid enemy reconnaissance and attack, and improve one’s own survivability and attack effect. For example, in air and sea combat environments, stealth fighters and stealth submarines use their installed stealth materials and stealth technology to avoid enemy radar, infrared, sonar and other detection.

Figure 5 Directed energy weapons

Figure 6 Cross-domain combat

Figure 7 US “B-2 Spirit” stealth bomber

In short, there are many new combat styles in intelligent warfare, all of which are innovative to improve combat effectiveness. As technology continues to advance and develop, more new combat methods and innovative applications will emerge, providing more support and guarantees for winning intelligent wars.

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Comprehensive analysis of typical combat styles

Comprehensive analysis of typical combat styles shows that: (1) “Controlling energy with intelligence”, “Gathering energy over a wide area” and “Precisely releasing energy” are its fundamental strategic ideas, achieving maximum war benefits at the lowest cost. Networked combat and cross-domain combat realize battlefield information perception, monitoring and coordination in all fields and dimensions, such as air, land, sea and network, and cross-domain integration enhances strength; intelligent reconnaissance and strike realize accurate intelligence analysis and precise target positioning and strike, reducing damage to surrounding evasion facilities and ordinary people; unmanned combat emphasizes reducing casualties of one’s own manpower, and autonomously carrying out combat missions through unmanned equipment systems; cognitive domain combat uses intelligence to control invisible competition, achieving the goal of defeating the enemy without fighting. (2) Highly dependent on technology, coordination and intelligence, with algorithm computing power as the underlying support. All combat styles, without exception, rely on information, network, communication and other technical support to achieve the coordination of various combat forces and weapons and equipment, and have the ability to execute tasks and make decisions intelligently and autonomously. As its underlying support, algorithms dominate the operation and decision-making of intelligent weapons, and computing power provides faster response speed, more accurate decision-making and more efficient execution capabilities, which directly affects combat effectiveness and victory or defeat. (3) Combat effectiveness increases geometrically. Through high-speed, high-precision and high-efficiency human-machine collaboration, decentralized, fast and flexible tactical actions are used to form a non-linear, non-contact and asymmetric combat method to quickly achieve combat objectives. Compared with traditional combat, the combat effectiveness it releases is exponentially increasing.

Disclaimer: This article is transferred from Shigao Technology Online, the original author is Kou Jingxing, Yang Pei and Li Qingqing. The content of the article is the personal opinion of the original author. This public account is compiled/reprinted only for sharing and conveying different opinions. If you have any objections, please contact us!

Transferred from | Kou Jingxing, Yang Pei and Li Qingqing

Author | Shigao Technology Online

Introduction to the Institute

The International Institute of Technology and Economics (IITE) was established in November 1985. It is a non-profit research institution affiliated to the Development Research Center of the State Council. Its main function is to study major policy, strategic and forward-looking issues in my country’s economic, scientific and technological social development, track and analyze the world’s scientific and technological and economic development trends, and provide decision-making consulting services to the central government and relevant ministries and commissions. “Global Technology Map” is the official WeChat account of the International Institute of Technology and Economics, dedicated to delivering cutting-edge technology information and technological innovation insights to the public.

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現代國語:

智慧化戰爭是隨著科技的不斷進步而逐漸發展起來的一種新型戰爭形態,其廣泛運用智慧化技術實現戰爭全方位的資訊化、數位化和智慧化。俄烏衝突可視為智慧化戰爭縮影,從中看到近十年高新科技在實際戰爭中的轉化運用,以及產生的令人瞠目的軍事效能。

近年來,全球主要軍事國家都將人工智慧、大數據等列為優先發展的新興技術,依托理論研究、作戰實驗等方法分析其軍事應用及對現代戰爭影響。俄烏衝突便成為其透視實際作戰效果的重要窗口和關鍵試驗場。經此實戰檢驗,世界各國從中獲得啟發,必須加速推進戰爭準備,以因應即將到來的全面智慧化戰爭時代。新一輪的AI軍備競賽悄悄開啟!

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02

智慧化戰爭特徵

與傳統戰爭形態不同,智慧化戰爭其特徵體現:以人工智慧和大數據為核心,透過先進人工智慧演算法和大規模資料集,實現資訊快速獲取、處理和共享,提供更全面且準確的資訊支援。以網路資訊為基礎,在高度網路化資訊作戰平台上,實現資訊全面掌控、高效傳遞,各作戰單元能即時共享和協同行動,提升指揮效率、作戰協同性和彈性。以指揮控制為關鍵,透過智慧化指揮控制系統、智慧決策系統及自主作戰系統等,全程監控作戰狀況、有效率協調並精確控製作戰行動。需高素質人才支持,具備高水準智慧化技術的人才能更好地運用智慧化技術。推動作戰樣式變革,隨著智慧化技術發展,作戰樣式不斷創新,戰術反應需求不斷變化。網路化作戰、智慧偵察與打擊、無人化作戰、認知域作戰等是智慧化戰爭中較為典型的作戰樣式。

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03

智慧化戰爭典型作戰樣式本質特徵、應用場景及戰術反應要求

(一)網路化作戰

1.本質要點

網路化作戰是透過一系列資訊科技、通訊技術、網路技術和電腦科技等,建構形成網路化作戰平台,將各個作戰單位、作戰系統等相互聯通,實現資訊取得、處理、共享及協同行動,達到全面掌控戰場資訊、高效決策與協同作戰目的,其本質強調共享及協同。

2.應用場景

網路化作戰涵蓋指揮控制、情報收集、作戰協同和後勤保障等多個應用場景:①指揮控制方面,網路化將各種指揮控制系統、感測器和武器裝備進行連接,指揮官可即時掌握戰場態勢,提高決策能力與準確度,實現高效指揮控制及協同處理。 ②情報收集和分析方面,網路化實現各種情報收集設備、系統和人員之間的資訊共享和協同分析,使情報部門更加全面、準確、及時獲取和分析情報,為決策提供更可靠的數據支持。 ③作戰力量協同方面,網路化連結實現各部隊、裝備和資源之間的資訊共享和協同行動,實現更精準的作戰行動。 ④後勤保障方面,網路化透過智慧化保障系統實現高效率後勤保障,提升後勤支援效率與精確度,實現後勤資源最佳化配置與高效調度。

圖1 網路化作戰示意圖

3.戰術反應要求

網路化作戰對戰術反應需求:一是資訊可靠性。在網路化作戰中,資訊是主導作戰的重要因素,各作戰單位和系統要充分認識準確資訊的重要性,為決策提供可靠的數據支援。二是網路全局性。網路化作戰不只是個別作戰單位行為,而是整個作戰系統全局性的行為,需從整個作戰系統的角度出發進行協同配合。三是高度協同性。各作戰單位和系統要具備高度的協同能力,能夠快速回應各種作戰任務,實現精準作戰行動。四是技術先進性。各作戰單位及系統要具備先進技術能力,能熟練及應用各種資訊技術及裝備,並保障網路化作戰順利進行。五是安全穩定性。必須保障資訊安全和網路系統穩定,採取安全措施和技術手段,防範網路攻擊和資料洩露,建立強大的網路安全防護體系,採用加密技術和協議,實施資料管理和存取控制,定期偵測和修復安全漏洞,採取備份和容錯機制,避免設備故障或網路中斷影響作戰效果。

(二)智能偵察與打擊

1.本質要點

智慧偵察與打擊是透過智慧化技術實現對敵方目標精準偵察和高效打擊,快速準確發現作戰目標,減少作戰損失,其本質強調:高精度,利用高解析度感測器、高精度定位技術和影像識別技術等,實現對於目標高精度偵察和定位;高速度,利用先進飛彈技術、砲彈技術和無人機技術等,實現對於目標高速度打擊和摧毀;智慧化決策,利用人工智慧技術、大數據技術和雲端運算技術等,實現對於目標自動辨識與決策,提高毀傷效能和效率。

2.應用場景

智慧偵察與打擊在多種作戰領域廣泛應用:①在地面戰爭中,利用衛星、無人機和地面機器人等智慧型設備進行偵察,取得敵方陣地高精度影像數據,分析敵方兵力部署、武器裝備和行動規律等資訊;透過精確計算射擊諸元,利用智慧砲彈實現對敵方區域全面覆蓋和打擊。 ②在海上戰爭中,利用智慧偵察設備對海上目標進行識別和跟踪,實時掌握敵方艦船動態,為打擊提供精準坐標信息;通過實時感知和跟踪,引導智能導彈實現對移動目標遠程精準打擊。 ③在特殊作戰環境下,如城市巷戰中,利用智慧偵察設備對建築物內部進行偵察,透過高精度感測器和打擊演算法,實現對建築物內部精準打擊;山地作戰中,利用智慧偵察設備對山區地形進行偵察分析,為部隊行軍作戰提供精準的地形資訊支援。

圖2 「察打一體」輪式偵察機器人

3.戰術反應要求

全面、精準、高效率的智慧化支援與保障服務,是支撐此作戰樣式取得成效關鍵,主要為:一是實現全方位高智慧化情報收集與分析。利用先進智慧型設備(如衛星、無人機等)和技術(如機器學習、大數據、雲端運算等),進行高度自動化偵察和情報蒐集,並對獲取的海量異源資料進行自動化分析處理,實現對戰場狀況全面感知、監控以及深度挖掘,為目標指示與打擊提供全面、精準、新鮮的資料保障服務。二是智能化指揮控制與打擊。在對戰場資料進行智慧高效準確地蒐集、偵察及分析基礎上,還需利用人工智慧技術和自動化系統,進行高度自動化指揮控制,對敵方目標進行識別和追踪,快速做出決策並引導武器系統進行精確打擊。三是製定精準的緊急應變計畫。戰場態勢瞬息萬變,緊急應變能力至關重要。利用智慧技術對戰場情況進行即時分析,預測可能出現的突發情況或對移動目標行動進行預判,提前製定應急預案或打擊思路,確保能夠在突發事件發生時迅速做出快速響應處置和打擊反應。

(三)無人化作戰

1.本質要點

無人化作戰是利用無人化技術,實現無人化裝備的作戰運用。其優勢在於減少人員傷亡,可執行一些高風險和複雜環境下的作戰任務。其要點是無人化裝備的發展,如無人機、無人車、無人艇等。這些裝備可以在作戰中實現高精準度、高速度的偵察、打擊等作戰行動。

2.應用場景

無人化作戰有多種作戰場景,包括但不限於:①無人機可應用於地面戰爭。利用無人機在敵方防空系統之外進行高空偵察與監視,取得高清晰度影像資料;亦可裝填武器系統,對敵方目標進行精確打擊與摧毀。 ②無人車可應用於都市作戰。利用無人車搭載高精準度感測器和武器系統,取代人類士兵在城市街道進行偵察巡邏、攻擊和防禦等任務,避免傷亡。 ③無人艇可應用於海上作戰。利用無人艇搭載多種感測器和武器系統,進行海上偵察巡邏、反潛作戰攻擊和反海盜等任務。

圖3 俄烏戰場上的配彈無人機

3.戰術反應要求

無人化作戰在戰術上要求:一是自主化和智慧化為其核心。無人化作戰系統需要具備一定自主化和智慧化水平,能夠在沒有人為幹預情況下自主完成作戰任務,需要係統具備先進自主行動控制技術、智慧感知技術和決策規劃能力。二是目標識別和決策速度要快。無人化作戰系統快速識別目標並做出決策的時效要求,需要依靠高精度感測器和高效影像處理能力,以及即時數據分析能力和強大決策演算法。三是資訊共享與協同非常必要。無人化作戰系統要與其他系統分享資訊和協同作戰,需要係統具有高效資訊傳輸能力和強大協同作戰演算法,能夠實現任務分配、行動協調和資訊共享等功能。四是安全穩定為保底。無人化作戰系統需要安全性和穩定性,能夠在複雜戰場環境中穩定運作。需要係統具有先進的安全保障技術和穩定性控制能力,能夠應付各種突發事件和危險情況。

以上要求是實現高效、精準和可靠的無人化作戰關鍵,也是無人化作戰系統裝備開發和部署的重要考量。

(四)認知域作戰

1.本質特點

認知域作戰是運用認知科學、系統科學、傳播學、語言學、社會文化學、社會行為學等相關學科理論,以文本、圖片、聲音、視頻等多重資訊載體,綜合運用多種作戰方式和技術手段,對目標對象進行精神、思想、思維、思考的爭奪,實現對目標對象的認知影響、認知塑造、認知控制和認知操縱,推動形成對己方有利的認知態勢。

2.應用場景

認知域作戰並非是智慧化戰爭的獨有作戰樣式,其思想在古今中外軍事兵法策略均有所體現。隨著人工智慧技術在俄烏衝突中的推動與賦能,社交機器人、深度偽造影片等大量應用在網路媒體中,影響社交輿論、操控大眾認知、高效精準發揮威力,使得認知戰成為全球數位傳播的“大腦爭奪戰”,其應用場景有:①軍事詐欺。透過宣傳、心理暗示、誘導等欺騙欺詐手段,試圖讓敵人誤判情勢,影響其認知、情緒和行為,從而瓦解其士氣和戰鬥意志。例如,在二戰期間,蘇聯透過大規模宣傳活動,向德國士兵宣傳蘇聯的強大和德國的戰敗,從而影響了德國士兵的士氣和戰鬥意志。 ②媒體宣傳。透過電視、廣播、網路等資訊傳播,影響大眾對特定議題的看法與態度。例如,在俄烏衝突中,烏克蘭政要、一般民眾在推特等社群平台上密集發聲,收穫國際社會廣泛關注和同情,在國際輿論場營造出了有利於烏方的認知態勢。 ③長期性意識滲透。透過長期培養觀念、文化、宗教、意識形態等,在不知不覺中影響人們認知和價值觀,這是一種非常隱密有效地作戰策略。

圖4 認知域作戰

3.戰術反應要求

認知域作戰在戰術上要求:一是精準定位目標對象,依照不同目標對象制定不同策略,了解其認知特徵、需求、價值觀等,制定更具針對性策略。二是多維度資訊傳播,綜合運用多種資訊載體及傳播管道進行傳播。第三是運用心理學原理,掌握心理學知識技巧,如暗示、誘導、團體效應等,更能操控認知。四是靈活應對防護措施,透過資訊偵測和反擊、網路追蹤和攻擊等,及時調整策略,確保其有效性和安全性。五是強調效果回饋評估,以便調整策略和手段,不斷優化和改進戰術。

(五)其他作戰樣式

在智慧化戰爭中也出現了一些其他新型作戰樣式,這些風格各具特點優勢,對於提升作戰效能具有重要的作用:定向能武器作戰,是一種利用高能量射線束進行攻擊的作戰方式。這種武器可以在遠距離上摧毀敵方目標,同時具有高精度、高速度和高破壞力等特徵。定向能武器包括雷射武器、粒子束武器和微波武器等,它們可以在空中、地面和海上等多種作戰領域中應用。跨域作戰,指在太空、網路空間及陸海空戰場等不同領域之間進行跨越式攻擊與防禦,利用智慧化技術實現不同領域之間跨越式行動,達到出奇制勝的效果。例如,可以利用空中力量對敵方地面目標進行打擊,利用地面力量對敵方海上目標進行打擊。隱形作戰,是利用各種技術和手段,在戰場上隱藏和偽裝自己,避免被敵方偵察和攻擊,提高己方生存能力和攻擊效果。如在空中、海上作戰環境中,隱形戰鬥機、隱形潛艇等利用其加裝的隱形材料和隱形技術,躲避敵方雷達、紅外線、聲吶等探測。

圖5 定向能武器

圖6 跨域作戰

圖7 美國「B-2幽靈」隱形轟炸機

總之,智慧化戰爭中的新型作戰樣式多元,都是為了提升作戰效能而創新。隨著科技不斷進步與發展,也將出現更多新型作戰方式與創新應用,為打贏智慧化戰爭提供更多支援與保障。

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04

典型作戰樣式綜合分析

綜合分析典型作戰樣式可看出:(1)「以智出能」「廣域聚能」「精準釋能」為其根本戰略思想,實現以最小代價獲得最大戰爭效益。網路化作戰及跨域作戰實現空、地、海、網路等全領域全維度戰場資訊感知監控與協同,跨域融合增強實力;智慧偵察與打擊實現精確情報分析與精準目標定位打擊,減少對週邊避打設施及一般民眾的傷害;無人作戰強調減少已方有生力量傷亡,透過無人裝備系統自主行動實施作戰任務;認知域作戰以智駕馭無形較量,達到不戰而屈人之兵目的。 (2)高度依賴技術、協同、智能,以演算法算力為底層支撐。各種作戰樣式無一例外都依賴資訊、網路、通訊等技術支持,實現各種作戰力量和武器裝備協同,具備智慧化自主執行任務和決策能力。作為其底層支撐,演算法主導智慧武器的運作和決策,算力提供更快反應速度、更精準決策和更有效率執行能力,直接影響作戰效果和勝負。 (3)作戰效能呈幾何倍增。透過高速度、高精度和高效率人機協同,以分散、快速、靈活的戰術行動,形成非線性、非接觸、非對稱作戰方式,迅速達成作戰目標。相較於傳統作戰,其釋放出的作戰效能呈指數級增長。

免責聲明:本文轉自事高科技在線,原作者寇靜行 楊培 李晴晴。文章內容係原作者個人觀點,本公眾號編譯/轉載僅為分享、傳達不同觀點,如有任何異議,歡迎聯絡我們!

轉自丨寇靜行 楊培 李晴晴

作者丨事高科技在線

研究所簡介

國際技術經濟研究所(IITE)成立於1985年11月,是隸屬於國務院發展研究中心的非營利研究機構,主要功能是研究我國經濟、科技社會發展中的重大政策性、策略性、前瞻性問題,追蹤分析世界科技、經濟發展態勢,為中央和相關部會提供決策諮詢服務。 「全球技術地圖」為國際技術經濟研究所官方微信帳號,致力於向大眾傳遞尖端技術資訊與科技創新洞見。

地址:北京市海淀區小南莊20號樓A座

中國原創軍事資源:https://www.163.com/dy/article/J237LVGJ0514R888.html

Russian military officers explain cognitive warfare: It is important to train all people to be loyal to their duties and defend the motherland

俄軍官解釋認知戰:重要的是訓練所有人忠於職責、保衛祖國。

現代英語:

Many Russian military officers interpret cognitive warfare

■ Hou Bing, researcher at Womin Hi-Tech Ward Research Institute (excerpted translation)

The 8th issue of Russia’s “Military Thought” in 2021 published an article titled “Cognitive Warfare – Trends in Modern Warfare” by three active colonels of the Russian army, Marichev, Lobanov, and Tarasov. The summary is as follows:

1. Concept, status, role, characteristics and other aspects of “cognitive warfare”

“Cognition” is a synonym for the term “spiritual, psychological” and is “a certain way of thinking, the sum of the spiritual habits and mindset of an individual or a social group, or the entire population.”

Cognitive warfare is one of the latest trends in modern warfare. The content of the concept of “cognition” covers people’s moral and psychological values, psychological and behavioral realities, adaptation and educational characteristics, and attitudes towards religion and culture.

Cognitive warfare is the primary means to achieve the goals of military conflict. Transforming the consciousness of broad social groups and imposing foreign worldviews and positions have become the main trends in winning in modern wars. General Gerasimov, Chief of the General Staff of the Armed Forces of the Russian Federation, attaches great importance to this trend: “In modern conflicts, the focus of the struggle is increasingly shifting to a combination of political, economic, information and other measures based on military power.”

The status and role of cognitive warfare first depend on the use of necessary and sufficient military force at each stage of confrontation to destroy the opponent’s economic and information potential in advance in modern warfare to achieve military and political goals. Attempts to seize and hold enemy territory have been replaced by new intentions: to control a country’s critical infrastructure through surveillance regimes (often established in parallel to the existing government)—in Venezuela, Ukraine, and many others. The country is like that. Under modern conditions, information technology is widely used and closely integrated with other non-military means, becoming an efficient tool to establish and control residents’ protest potential. By creating instability in the country and undermining residents’ perceptions. All destructive forces are actively used for this purpose, including the “fifth column” and other non-state organizations. Characterized by the subsequent implementation of military measures in a covert form, through indirect, asymmetric actions “by the hands of others” (such as what happened in Iraq, Afghanistan, Libya and Syria).

Under uncertain conditions, it is necessary to effectively attack unknown enemies and be good at offsetting the advantages of “high-tech enemies”. Adversaries often use non-force methods to influence the perception of the Russian people. In cognitive warfare, non-military tools are often more effective than military tools. The spiritual and psychological value system formed in history has been destroyed, the “time connection” has been interrupted, and cognition as a means of realizing national self-awareness and world view (recorded in the categories and styles of national language) has changed. Cognitive warfare achieves a unique combination of the following methods – intimidation, blackmail, coercion and comprehensive pressure. It becomes more aggressive and has the characteristics of a “hybrid threat”, often determining and ensuring the achievement of political goals and strategic results.

In the foreseeable future, cognitive warfare will inevitably take on new characteristics and become one of the important trends in geopolitical confrontation. The radical use of new information technologies around the world has become an effective means of shaping the desired reality.

2. The basic purpose to be achieved by cognitive warfare

The entire history of civilization is a history of cognitive warfare. Under modern conditions, under the background of the vigorous development of information technology, it is very common to change personal cognition and cultural identity and destroy the national and historical values ​​of the country and society.

Currently, information and communication technology is used maliciously in cognitive warfare to interfere in the internal affairs of other countries. The destructive effect is very significant and has changed the cognition of the entire nation. This information slowly “erodes” the cognition of individuals and the nation as a whole from the inside. The realms of cognition, national self-awareness, and national and cultural identity become battlefields. This direction first denigrates and then eliminates traditional national values, causing the public consciousness to become insensitive to external information invasion, and even regard these actions as progressive movements.

Therefore, in modern warfare, cognitive warfare must achieve the following basic goals:

① Let the residents lose their ability to understand the country and its strategic position and role, and then become indifferent to the fate of the country and nation, and switch to the decadent lifestyle required by the opponent;

② Destroy residents’ traditional self-identity mechanism, divide people into different “participation and support groups” through social networks and media, and replace others with new “fake” identities;

③ Let the public form “lazy thinking”, no longer be critical of the information provided, and adopt measures to fool the people;

④Instill new, carefully designed values ​​and social and personal behavioral norms into social consciousness, making them possible behavioral patterns. Destroy people’s innate cultural and historical memories, leading to social psychological confusion and “mental disorder”, making them extremely vulnerable to the external influence of “political craftsmen”, “guardians” and the creators of “controllable chaos” and “color revolutions” control;

⑤ Create ambiguity in the information space of people’s consciousness, causing them to lose the ability to think deeply about events and form stable personal cognition.

Comprehensive information influence measures are adopted to affect residents’ cognition to create good conditions for achieving military objectives. Therefore, the development of confrontation in the cognitive field is mainly reflected in the deepening of technical level and psychological (cognitive) influence, aiming to change the consciousness (cognition) of the rival residents.

With the emergence of modern information and communication technology, the above ideas have become increasingly popular and can influence a large number of audiences in a short period of time without making large economic investments. At this time, because information and communication technology is “out of reach” and it is very difficult to identify the source of attacks, the enemy may carry out operations “under the banner of others”, and there are a wide range of subjects who maliciously use technology – state and non-state subjects, and even individuals. For hackers, assessing damage and taking countermeasures is easier said than done. All of this adds to uncertainty and instability.

3. Main methods of cognitive warfare

At present, cognitive warfare mainly adopts the following methods:

① Deliberately concealing key situation information in different areas of social life;

② According to the principle of “water drops into the sea”, valuable information is drowned in a large amount of “information garbage”;

③ Substitute the concept or distort its meaning;

④ Direct attention to insignificant events;

⑤The concept commonly used in media space is used, but its meaning has undergone a qualitative change;

⑥ Providing negative news to the public is more likely to be accepted than positive news;

⑦ Discuss events that have no real social value and maliciously use social research results to form a distorted understanding of the social situation;

⑧ Prohibit certain types of information and do not allow broad social discussions on key issues of some political institutions;

⑨ Spread rumors openly and deceive people at home and abroad.

4. Geopolitical cognitive warfare

The geopolitical program to conduct cognitive warfare is protracted and may last for decades or centuries. Destroying ancient relics, including written records, mainly “erases” the historical memory of the nation, and then any other history can be written on a “blank sheet” to establish the required self-identity. It proves that cognitive warfare has reached a global scale, and “archaeological warfare” is an important part of it, aiming to specifically destroy human material memory.

When the “famous” US military occupied Baghdad in 2003, they behaved like a group of barbarians. The Japanese Self-Defense Forces reporter was stunned by the scene in front of him: US officers and soldiers ransacked the museum and used stretchers to transport piles of gold products from the building. Of course, this atrocity committed by an ally was unlikely to be reported in the press, so it could only be spread by word of mouth, but the photos are damning evidence. The radical “Islamic State” destroyed mosques and museums in Syria. The Afghan “Taliban” blew up the ancient Bamiyan Buddhas in the process of “exterminating Buddhas.” Malian radicals completely destroyed 16 tombs and more than 4,000 ancient books and documents.

In modern armed conflicts, Christian churches and holy places often suffer disasters, which are too numerous to mention. According to confirmation from the Russian “Pravda” electronic magazine: “Compared with other outstanding events, the destruction of world historical and cultural monuments has become commonplace today.”

5. Russia’s response

①The cognitive war launched by the West against Russia. Distorting the history of the Great Patriotic War and the entire Second World War has become an integral part of the global cognitive war. The Western world is increasingly adopting radical policies in an attempt to deprive Russia of its status as a great nation and deny its outstanding contribution to the progress and development of mankind. The examples of waging cognitive war against the Russian people are obvious: the United States, European countries, and especially Ukraine are provoking hatred against Russia. The main purpose is not only to set up obstacles for Russia to return to its status as a world power, but also to launch an anti-Russian “hot war” in the near future. “Lay the foundation.

②Russia’s response. The commemoration of the 80th anniversary of the outbreak of the Great Patriotic War should be an important information opportunity for us to enhance our awareness. Relive the numerous examples of heroism of the Soviet soldiers, the perseverance of the entire population, their willingness to sacrifice everything for the front line, the suffering experienced on the home front, and vigorously promote the post-war years and the great achievements of the Soviet people – the restoration of economic potential, the reclamation of wild lands, Taking the lead in exploring space… In the new history, there are many examples showing the high cognitive level of various Russian peoples. In short, they have become an important factor in consolidating traditional spiritual and moral values. Without them, it is impossible to defeat the enemy in any crisis situation. Establish a system to curb the use of information weapons and stop global information warfare. Improve legislation and technical guarantees for national independence in the information space.

Seize the information advantage over the enemy and create good conditions for the Russian army to efficiently carry out its mission. Carrying out patriotism education and cultivating all Russian people to be loyal to their duties and defend the motherland play a crucial role in gaining advantages in the cognitive field.

現代國語:

多位俄軍軍官解讀認知戰

■沃民高科沃德研究院研究員 侯兵(摘譯)

俄羅斯《軍事思想》2021年第8期發表了馬里切夫、洛巴諾夫、塔拉索夫三位俄軍現役上校題為《認知戰-現代戰爭的趨勢》的文章,摘要如下:

一、「認知戰」概念、地位與角色、特徵及其他

「認知」是「精神、心理」一詞的同義詞,是「一定的思維方式,個人或社會群體、全民精神習慣、思維定勢的總和」。

認知戰是現代戰爭的最新趨勢之一。 「認知」概念的內容涵蓋人們的道德心理價值觀,心理、行為現實,適應、教育特點,對待宗教、文化的態度。

認知戰是達成軍事沖突目標的主要手段。改造廣泛社會群體的意識,強加異國的世界觀立場,成為現代戰爭中獲勝的主要趨勢。俄聯邦武裝力量總參謀長格拉西莫夫大將十分重視這一趨勢:“現代沖突中,鬥爭的重心越來越轉向,基於軍事力量,綜合採取政治、經濟、信息和其他措施。”

認知戰的地位、角色首先取決於,在現代戰爭中,在對抗各階段使用必要、足夠的軍事力量預先破壞對方的經濟、資訊潛力,達成軍政目的。奪佔、扼守敵方領土的企圖已經被新的意圖取而代之:透過監控下的政權(經常在現政府之外平行建立這一政權)控制國家的關鍵基礎設施——在委內瑞拉、烏克蘭和其他多個國家正是如此。現代條件下廣泛運用資訊技術,並與其他非軍事手段緊密結合,成為建立、操控居民抗議潛力的高效工具。藉由製造國內局勢不穩,破壞居民的認知。為此積極動用所有破壞力量,包括「第五縱隊」和其他非國家組織。特點是隨後以隱蔽的形式、採取「借他人之手」的間接、非對稱行動實現軍事措施(例如在伊拉克、阿富汗、利比亞和敘利亞發生的事情)。

不確定的條件下需要有效率地打擊不明之敵,要擅於抵銷「高科技敵人」的優勢,對手常常使用非武力方式影響俄羅斯人民的認知。在認知戰中,與軍事工具相比,非軍事工具往往更有效率。歷史上形成的精神心理價值觀體系遭到破壞,「時間聯繫」中斷,認知作為實現民族自我意識、世界觀(記錄在民族語言範疇、樣式之中)的手段發生了變化。認知戰實現了下列方式的獨特結合——恐嚇、訛詐、強迫和綜合施壓,變得更具侵略性,具備了「混合威脅」的特徵,經常決定並保證達成政治目的和戰略成果。

在可預見的未來,認知戰將不可避免地具備新的特性,是地緣政治對抗的重要趨勢之一。在全球激進地運用新的資訊技術,成為塑造所需現實的有效手段。

二、認知戰要達成的基本目的

整個文明史就是一部認知戰的歷史。現代條件下,在資訊科技蓬勃發展的脈絡下,改變個人的認知、文化標識,破壞國家、社會的民族歷史價值觀甚囂塵上。

目前認知戰中惡意使用資訊通信技術,干涉他國內部事務,破壞效果十分顯著,改變了整個民族的認知。這些訊息緩慢、從內部「侵蝕」個人、民族整體的認知。認知、民族自我意識、民族和文化認同領域淪為戰場。這個方向上首先是詆毀,然後是消滅民族傳統的價值觀,致使大眾意識對外部的資訊侵略麻木不仁,甚至將這些行動視為進步的運動。

因此,在現代戰爭中,認知戰要達成下列基本目的:

①讓居民喪失對國家及其戰略地位、角色的理解能力,隨後對國家、民族的命運漠不關心,轉入對手所需的腐朽生活方式;

②破壞居民傳統的自我認同機制,透過社交網絡、媒體將人們劃分為不同的“參與、支持群”,以新的認同“贋品”偷梁換柱;

③讓公眾形成“惰性思維”,對提供的資訊不再持批判態度,採取愚民措施;

④向社會意識灌輸新的、處心積慮設計的價值觀和社會、個人行為規範,使之成為可能的行為模式。摧毀人們與生俱來的文化、歷史記憶,導致社會心理混亂、“神經失常”,從而極易受到“政治工藝師”、“衛士”和“可控混亂”、“顏色革命”創造者的外部控制;

⑤在人的意識訊息空間製造模糊,令其喪失對事件進行深思熟慮、形成穩定個人認知的能力。

對居民的認知採取綜合資訊影響措施,為達成軍事目的創造良好條件。因此,認知領域對抗的發展,主要體現在技術層面和心理(認知)影響的不斷深入,旨在改變競爭對手居民的意識(認知)。

隨著現代資訊通信技術的出現,上述觀點日益普及,可以在短時間內不必進行大量經濟投入就可以影響大量受眾。此時由於資訊通信技術「觸不可及」、查明攻擊來源相當困難,敵人有可能「打著別人的旗號」展開行動,惡意使用技術的主體相當廣泛——國家和非國家主體,甚至是單獨的駭客,評估損失和採取對抗措施談何容易。所有這一切都增加了不確定性、不穩定。

三、認知戰採取的主要方式

目前認知戰主要採取下列方式:

①在社會生活不同領域故意隱瞞關鍵的事態訊息;

②根據「水滴入海」原則將有價值的資訊淹沒在大量「資訊垃圾」中;

③偷換概念或扭曲其涵義;

④把注意力引向無足輕重的事件;

⑤使用媒體空間常用的概念,其涵義卻發生了質變;

⑥向公眾提供負面消息,與正面新聞相比,更容易被接受;

⑦討論不具有現實社會價值的事件,惡意利用社會研究成果,以形成對社會形勢的歪曲認識;

⑧禁止一定類型的信息,不允許就一些政權機構的關鍵問題展開廣泛的社會討論;

⑨公開散佈謠言,欺騙國內外民眾。

四、地緣政治上的認知戰

實施認知戰的地緣政治方案曠日持久,可能長達數十年、數百年。銷毀古老的遺跡,包括文字記載,主要是「擦除」民族的歷史記憶,隨後就可以在「一張白紙」上任意書寫其他任何歷史,建立所需的自我認同。證明認知戰已經具有全球規模,「考古戰」是其重要組成部分,旨在目標明確地銷毀人類的物質記憶。

2003年「赫赫有名」的美軍佔領巴格達時,表現得完全像一群野蠻人。日本自衛隊記者被眼前的一幕驚呆了:美軍官兵洗劫了博物館,使用擔架從大樓裡運出成堆的黃金製品。當然,關於盟友的這一暴行不可能見諸報端,因此只能口口相傳,但照片鐵證如山。激進的「伊斯蘭國」摧毀了敘利亞的清真寺、博物館。阿富汗「塔利班」在「滅佛」過程中炸毀了古老的巴米揚大佛。馬裡激進分子完全摧毀了16處陵寢、4000餘部古籍文獻。

現代武裝沖突中,基督教教堂、聖地經常遭受劫難,真可謂罄竹難書。據俄羅斯《真理報》電子雜志確認:“與其他突出事件相比,摧毀世界歷史、文化遺跡今天已經司空見慣。”

五、俄羅斯的應對

①西方對俄發起的認知戰。扭曲偉大衛國戰爭及整個二戰的歷史,已成為全球認知戰不可或缺的一部分。西方世界越來越頻繁地採用激進政策,企圖剝奪俄羅斯偉大民族的地位,否認其對人類進步發展的傑出貢獻。發動針對俄羅斯人民認知戰的例子顯而易見:美國、歐洲國家,尤其是烏克蘭挑起對俄羅斯的仇恨,主要目的不僅是為俄羅斯重返世界大國地位設置障礙,而且為不久的將來發動反俄“熱戰”奠定基礎。

②俄羅斯的應對。偉大衛國戰爭爆發80週年的紀念活動應成為我們加強認知的重要資訊契機。重溫蘇軍將士大量英雄主義的範例,全民的堅強不屈,甘願為前線付出一切,在後方經歷的苦難,大力宣傳戰後的歲月和蘇聯人民的偉大成就——恢復了經濟潛力,開墾蠻荒之地,率先探索太空……新的歷史中,展示俄羅斯各民族高度認知水平的例子俯拾皆是。總之,它們成為鞏固傳統精神道德價值觀的重要因素,離開它們在任何危機局勢中不可能克敵制勝。建立遏止資訊武器使用的體系,制止全球資訊戰。在資訊空間完善國家獨立的立法、技術保障。

奪取對敵資訊優勢,為俄軍高效遂行任務創造良好條件。進行愛國精神教育、培養俄羅斯全民忠於職守保衛祖國,對奪取認知領域優勢,作用舉足輕重。

中國原創軍事資源:https://www.81.cn/ll_208543/10088888.html