摘要
文中首先推导了干扰条件下预警机的探测距离公式,并进行仿真分析;然后,根据预警机对探测范围内的不同区域有不同的探测能力,将巡逻探测范围划分为探测盲区、强效区、弱效区,并分别进行建模;最后,在Matlab平台下对预警机巡逻探测范围进行了仿真。仿真结果表明:分布式干扰条件下预警机的巡逻探测范围明显减小。干扰条件下,我方预警机必须采取补盲等措施,我方也可利用敌方预警机探测弱效区和盲区实施进攻。
Firstly,the expression of detection distance for AWACS under the condition of distributed Interference was deduced,and it was simulated and analysed; Secondly,according to different area in the patrol detection range having different detection capability,the patrol detection range was divided into blind area,strong detection area and week detection area,which was respectively modeled; Lastly,the simulations were made under the platform of Matlab,and the results had prove the detection range for AWACS patrol under the condition of distributed interference was obviously reduced. So,our AWACS must compensate to blind zone and poor detection zone,and we can attack enemy's targets making use of blind zone and poor detection range of enemy' AWACS.
出处
《现代雷达》
CSCD
北大核心
2013年第10期70-75,共6页
Modern Radar
基金
国家自然科学基金资助项目(60802080)
全军军事学研究生课题资助项目
关键词
预警机
探测范围
分布式干扰
盲区
airborne warning and control system
detetion range
distributed interference
blind zone
