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前言八十年代到九十年代中期,是电子战技术进入飞速发展的时期。各项基础技术,如大规模超高速集成电路,高速电子计算机,人工智能,大功率毫米波固态相控阵发射机,快波器件,激光和光导纤维等方面的进展,都纷纷引入到军事对抗领域中来,使各型武器系统的制导精度和命中概率更高,而与之抗衡的探测、对抗设备的性能也随之迅速提高;于是反过来又使各型武器系统面临的威胁迅速增长。为了满足电子对抗技术发展的需要,用于检测、鉴定武器系统抗干扰
Preface The eighties to the mid-nineties, e-war technology is entering a period of rapid development. Various basic technologies such as large-scale ultra-high speed integrated circuits, high-speed electronic computers, artificial intelligence, high-power millimeter-wave solid state phased array transmitters, fast wave devices, lasers and optical fibers have all been introduced to military confrontation In the field, the guidance accuracy and the probability of hitting each type of weapon system are higher, and the capabilities of the countermeasure and anti-countermeasure equipment also increase rapidly. As a result, threats to various types of weapon systems rapidly increase. In order to meet the needs of the development of electronic warfare technology, used to detect, identify anti-jamming weapon system