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采用多弹协同探测体制,可从时域、频域、空域等多方面提高导弹武器系统的复杂电磁环境适应能力,提高对干扰的识别和对抗能力,成为未来制导技术发展的必然方向之一。多弹协同探测技术需要多个导弹平台上的探测传感器同时获取复杂电磁环境信号,进行干扰识别抑制,提取目标信息。对于多弹协同探测体制的测试验证,既需模拟各个导弹的复杂的电磁环境,还需模拟多弹的空间位置。文章分析了国外多弹协同探测抗干扰技术及其相关技术的发展现状,对关键技术进行了提炼和总结。
The multi-bomb cooperative detection system can improve the complex electromagnetic environment adaptability of missile weapon systems in the time, frequency and space domains and enhance the ability of identifying and countering interferences, and become one of the necessary directions for the future development of guidance technologies. Multi-bomb synergetic detection technology needs detection sensors on multiple missile platforms to acquire complex electromagnetic environment signals at the same time, to suppress interference and extract target information. For multi-bomb collaborative detection system testing and verification, not only to simulate the complex electromagnetic environment of each missile, but also need to simulate the location of multiple shells. The article analyzes the current situation of anti-jamming technology and its related technologies of multi-bomb co-exploration in foreign countries, and analyzes and summarizes the key technologies.