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地面无人系统反制关键技术分析与综述

发布日期: 2022-09-30 | 浏览次数: 85

地面无人系统反制关键技术分析与综述

王伟1,2, 王钦钊1, 刘钢锋2, 程慧2, 陶溢2, 郭傲兵1    

Countering unmanned ground system:A review of key technologies

WANG Wei1,2, WANG Qinzhao1, LIU Gangfeng2, CHENG Hui2, TAO Yi2, GUO Aobing1    


摘要: 瞄准未来无人化智能化装备对抗需求,通过梳理地面无人系统的国内外发展现状及趋势,总结地面无人系统的能力特征和关键技术,并与空中无人系统进行对比分析,给出了反制地面无人系统的可能策略。初步构建了关键技术体系,并从反制测控(TT&C)链路、卫星导航定位系统、环境感知传感器、自主行为与平台控制及反制效果在线评估等方面对相关关键技术进行了分析与综述。对未来装备建设和发展具有启发和借鉴意义,对地面无人装备的发展和能力提升起到推动作用。

关键词: 地面无人系统(UGS), 反制, 测控(TT&C)链路, 导航定位, 环境感知传感器

Abstract: Aiming at the future needs of unmanned and intelligent equipment countermeasures, summarizing the capability characteristics and key technologies of unmanned ground systems by sorting out it's current situation and trends of the development at home and abroad, and comparing and analyzing with unmanned aerial systems, the possible strategies for countermeasures against unmanned ground systems are given. The key technology system is initially constructed, and the relevant key technologies are analyzed and reviewed from the aspects of countermeasure Tracking Telemetering and Command(TT&C) data links, satellite navigation and positioning systems, environment sensing sensors, autonomous behavior and platform control and online assessment of countermeasure effects, which will be of inspiration and reference for future equipment construction and development, and play a role in promoting the development and capability enhancement of unmanned ground equipment.

Key words: Unmanned Ground System (UGS), countermeasure, Tracking Telemetering and Command (TT&C) data link, navigation position, environment sensing sensorhttp

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