CAJ | 학술논문

电子对抗过程中，机载雷达探测能力的仿真，是现代战场环境仿真的重要组成部分。功能性仿真由于模型简单、使用方便，在大体系电子战仿真模拟中得到广泛应用。本文研究机群联合攻击背景下，通过数学建模，采用功能仿真，模拟机载雷达在受到不同数量、样式、时间特性的干扰时，其探测性能变化情况。大量仿真结果表明，设计实现了联合干扰条件下，对机载雷达探测性能的评估。
전자대항과정중，궤재뢰체탐측능력적방진，시현대전장배경방진적중요조성부분。공능성방진유우모형간단、사용방편，재대체계전자전방진모의중득도엄범응용。본문연구궤군연합공격배경하，통과수학건모，채용공능방진，모의궤재뢰체재수도불동수량、양식、시간특성적간우시，기탐측성능변화정황。대량방진결과표명，설계실현료연합간우조건하，대궤재뢰체탐측성능적평고。
In the process of electronic countermeasure , the simulation about the detecting ability of airborne radar system is an important part of modern battlefield environment simulation .Functional simu-lation is used in large system of electronic warfare simulation , because it is simple and easy to use .Under fleet jamming condition , and based on functional simulation and mathematical model , this paper presents the influence of different number and style of jamming source on the radar ’ s detection performance .Num-bers of results show that the design realizes the goal to evaluate the detection performance of airborne radar under fleet jamming condition .