摘要
电子战的迅猛发展使得原有基于手控干扰的雷达对抗训练方式难以完全满足实战教学训练的需求。对此,提出并实现了一种新的、基于认知电子战的雷达对抗训练系统实验方案。该系统由雷达/雷达模拟子系统、干扰子系统和干扰评估子系统3部分构成,其中,干扰子系统在不同干扰模式间切换,干扰评估子系统通过机器学习和人工智能的方法可针对干扰模式进行迭代处理并形成最优干扰策略表,雷达/雷达模拟子系统则形成相应的电磁对抗环境仿真。室内仿真测试和室外真实应用环境测试结果均表明,该系统可有效提高雷达对抗训练的有效性和真实性,大大激发了学生对雷达对抗训练的学习兴趣。
The rapid development of electronic warfare makes difficult for the original radar countermeasure training method based on manual jamming to fully meet the requirements of actual combat teaching and training.Therefore,a new experimental scheme of radar countermeasure training system based on cognitive electronic warfare is proposed and implemented.The system consists of three parts,radar/radar simulation subsystem,jamming subsystem,and jamming evaluation subsystem.Among them,the jamming subsystem switches between different jamming modes,the jamming evaluation subsystem can iteratively process the jamming modes and form an optimal jamming strategy table,and the radar/radar simulation subsystem forms the corresponding electromagnetic countermeasure environment simulation.The results of indoor simulation experiment and outdoor real application environment experiment show that the system can effectively improve the effectiveness and authenticity of radar countermeasures training.
作者
刘国满
任航
聂旭娜
王俊岭
黄剑
李朋远
LIU Guoman;REN Hang;NIE Xuna;WANG Junling;HUANG Jian;LI Pengyuan(School of Information and Electronics,Beijing Institute of Technology,Beijing 100081,China;Beijing Institute of Tracking and Communication Technology,Beijing 100094,China)
出处
《实验室研究与探索》
CAS
北大核心
2023年第3期246-250,共5页
Research and Exploration In Laboratory
关键词
认知电子战
干扰策略
干扰评估
雷达对抗
实验方案
cognitive electronic warfare
jamming strategy
jamming evaluation
radar countermeasure
experimental scheme
