有人/无人协同系统关键技术与发展趋势研究OA
Research on key technologies and development trends of manned/unmanned cooperative systems
先进技术手段和新型武器装备的运用,导致单靠人类的思维和体力逐渐难以驾驭"高强度、快节奏、极复杂"的智能化对抗.无人装备凭借"耐受恶劣条件、战场生存能力强"等突出特点,能够弥补分队在对抗过程中的不足,有人/无人协同成为对抗强敌的有效手段.为此,本文概述有人/无人内涵与特征、划分有人/无人协同等级,剖析有人/无人协同对抗制胜机理;然后,按"基础支撑技术—协同核心技术"二级体系,系统综述有人/无人协同系统关键技术;最后,探讨如何增强有人/无人系统能力,并且为对抗反制有人/无人协同提出系统性建议,形成"能力需求—关键技术—发展建议"的研究链条,期望为未来有人/无人协同对抗理论研究提供有价值的参考.
The application of advanced technological means and new types of weaponry make it increasingly difficult to rely solely on human thinking and physical strength to handle the intelligent operations characterized by"high-intensity,fast-paced,and highly complexity".Unmanned equipment,with its prominent features such as"withstanding harsh conditions and strong battlefield survivability",can make up for the deficiencies of combat units in the operational process.Thus,man-ned/unmanned cooperation has become an effective means to counter powerful adversaries.For this reason,this study first outlines the connotations and characteristics of manned/unmanned collaboration,classifies the manned/unmanned collabora-tion levels,and analyzes the winning mechanisms of manned/unmanned collaboration combat.Then,it systematically re-views the key technologies of the manned/unmanned collaboration system based on the two-level framework of"basic sup-porting technologies-collaborative core technologies".Finally,it explores ways to enhance the capabilities of manned/un-manned systems and puts forward systematic suggestions for countering and neutralizing adversarial measures against such collaboration systems,forming a research chain of"capability requirements-key technologies-development suggestions"and hoping to provide valuable references for future theoretical research on manned/unmanned collaborative operations.
袁唯淋;赵卫伟;杜鹢;陆丽娜;闫辉;王程远
信息支援部队工程大学,湖北 武汉 430014信息支援部队工程大学,湖北 武汉 430014信息支援部队,北京 100080国防科技大学智能科学学院,湖南 长沙 410073信息支援部队工程大学,湖北 武汉 430014信息支援部队工程大学,湖北 武汉 430014
信息技术与安全科学
有人/无人协同系统无人系统人机交互协同感知协同规划
manned/unmanned cooperation systemunmanned systemhuman-machine interactioncooperative percep-tioncooperative planning
《指挥控制与仿真》 2026 (3)
1-10,10
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