摘要
弹载动态实时辐射源被动定位技术是电子对抗中的一个关键技术,是实现动平台对动目标探测与定位的核心。针对空中机动辐射源目标,在对现有无源探测技术分析的基础上,通过目标特性分析,着眼现有无源探测定位技术的局限与不足,建立了弹载无源定位的基本技术方案,并对涉及的算法模型及关键技术进行了分析并提出的解决方案。通过计算机仿真,验证了该方法的正确性及有效性。
Dynamic real-time radiation source passive location technology is a key technology in electronic countermeasures, which is the core of realizing dynamic target detection and positioning. Based on the analysis of the existing passive detection technology, through the analysis of the target feature, in terms of the limitations and deficiencies of existing passive detection and location technology, the basic technical scheme of missile passive location is established for aerial maneuvering emitter, and the algorithm of model and key technologies are analyzed, and solutions are put forward. The correctness and validity of this method are verified by computer simulation.
作者
商旭升
杨中书
SHANG Xu-sheng;YANG Zhong-shu(Naval Academy,Beijing 100161,China)
出处
《测控技术》
CSCD
2018年第B09期368-372,共5页
Measurement & Control Technology
关键词
机动目标
无源定位
信息融合
maneuvering target
passive location
information fusion