基于数学仿真的反辐射对抗试验方法  

Anti-radiation countermeasures testing method based on mathematical simulation

作　　者：王永海 丁桂强 顾荣军 韩文彬 刘朝阳 WANG Yonghai;DING Guiqiang;GU Rongjun;HAN Wenbin;LIU Chaoyang(Unit 63889 of the PLA,Mengzhou 454750,China)

机构地区：[1]63889部队,河南孟州454750

出　　处：《雷达与对抗》2024年第1期1-5,30,共6页Radar & ECM

摘　　要：多数反辐射对抗试验通过地面高塔测试和动态挂飞验证获得反辐射对抗结果,但受试验成本、试验周期及组织实施等因素限制,试验样本量有限且试验态势相对单一,不能综合检验反辐射武器或雷达诱偏系统的作战效能。针对上述问题,提出一种数学仿真试验方法,通过建立反辐射武器、雷达及雷达诱偏系统等数学模型,利用外场试验数据对数学仿真模型进行校验,使模型能够逼近真实装备的状态和性能,以此数学仿真平台为基础开展反辐射对抗仿真试验,获取多种态势下的反辐射对抗结果。该方法是对外场试验的有效补充,对于反辐射武器和雷达诱偏系统的作战应用也有较好的借鉴意义。In ant-radiation countermeasures tests,most of the results are obtained through ground tower testing and dynamic flight verification.However,due to some factors such as cost,cycle,and organizational implementation,the sample size of the test is limited and the test situation is relatively single,which cannot comprehensively test the combat effectiveness of anti-radiation weapons or radar decoy systems.Therefore,this paper proposes a mathematical simulation test method by establishing the mathematical models of anti radiation weapons,radar and radar decoy systems,which are verifiled using field test data to approximate the actual equipment status and performance.Based on this mathematical simulation,experiments are conducted to obtion anti radiation countermeasures results in various situations.This method is an effective supplement to field tests and has good reference significance for the combat applications of anti raditon weapons and radar decoy systems.

关 键 词：数学模型 仿真试验 反辐射对抗 生存概率 

分 类 号：TN972.1[电子电信—信号与信息处理]