现代雷达2025，Vol.47Issue(2)：72-77,6.DOI:10.16592/j.cnki.1004-7859.20230512001
山地条件下诱偏源工作效能仿真分析方法
A Method of Simulation Analysis for Decoy Effectiveness under Mountain Condition
摘要
Abstract
To solve the deployment problem of ground decoy under mountain condition,a simulation model of decoy effectiveness is established based on the working principles of decoy and anti-radiation weapon.According to the position relationship between anti-radiation weapon and decoy,the signal pitch angle is compared with the slope of the mountain in the same direction,and whether the anti-radiation weapon and decoy meet the intervisibility condition is then determined.At the same time,considering several simulation conditions such as strong signal exposure and sequential change of decoy,the simulation of anti-radiation attack under mountain condition is achieved.The damage probability of the main source and decoy,as well as the distribution map of anti-radia-tion weapon landing points,are used to evaluate the decoy effectiveness.Taking a mountain slope of 45° as an example,simula-tion analysis is conducted on the damage probability of each radiation source when anti-radiation weapons attack from different di-rections.The results show that the decoy needs to be deployed in advance when the mountain slope is large.The simulation analy-sis method can effectively evaluate the effects of the decoy array method,decoy array distance,and mountain slope on decoy effec-tiveness,which has important guiding significance for the rational deployment of decoy in different application scenarios.关键词
诱偏源/山地条件/反辐射攻击/工作效能/仿真分析Key words
decoy/mountain condition/anti-radiation attack/effectiveness/simulation analysis分类
电子信息工程引用本文复制引用
邹雄,耿方志,董文锋,冷毅,罗威,黎静,钱欢..山地条件下诱偏源工作效能仿真分析方法[J].现代雷达,2025,47(2):72-77,6.基金项目
国家自然科学基金资助项目(62101592) （62101592）
