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自主化——机载导弹重要的发展方向 预览 被引量:1

The Important Development Direction of Airborne Missile: Autonomization
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摘要 围绕不断提高自主能力的发展需求,回顾了机载导弹70年来始终以满足空中优势作战为目标,从尾后攻击到全向攻击、从近距格斗到中远距拦射、从定轴发射到离轴发射、从适应简单环境到复杂环境的发展主线,提出了机载导弹由精确制导技术、信息技术应用引发的两次技术革命的观点,展望了人工智能技术是引发机载导弹第三次技术革命的可能方向,系统论证了自主化和智能化的关系,论述了智能化的本质是为了实现自主化,详细分析了人工智能在机载武器领域的发展应用前景以及可能面临的“终结者难题”困境,最后提出了机载导弹自主化层级的定义,并对提高机载导弹自主能力的关键技术进行了展望。 Centered on the continuous development demand for autonomous capability, 70 years of airborne missile development history is reviewed, and the goal of development is unswervingly devoted to air superiority combat. There are four main lines of the airborne missile development: from rear-aspect to all-aspect attack, from short-range combat to medium or long range intercept, from fixed to off-boresight launching, from simple to complex combat environment. The airborne missile had gone through two technological evolutions caused by precision guidance technology and information technology. The third technological evolution might be artificial intelligence technology. The relationship between the autonomy and intelligence is systematically demonstrated. It is analyzed that the aim of developing intelligence technology is for realization of autonomy. The application prospect of artificial intelligence technology in airborne weapon fields and the possible scenario of “terminator dilemma” are also discussed in detail. Finally, a definition of the level of airborne missile autonomy is proposed, and key technologies for improving the autonomy capability is discussed.
作者 樊会涛 闫俊 Fan Huitao;Yan Jun(China Airborne Missile Academy, Luoyang 471009, China;Aviation Key Laboratory of Science and Technology on Airborne Guided Weapons, Luoyang 471009, China)
出处 《航空兵器》 CSCD 北大核心 2019年第1期1-10,共10页 Aero Weaponry
关键词 机载武器 空空导弹 自主化 智能化 发展方向 airborne weapon air-to-air missile autonomization intelligentization development direction
作者简介 樊会涛(1962-),男,河南汝阳人,中国工程院院士,研究员,博士,研究方向是机载武器总体设计。
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