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文中介绍了美国空军电子战评估系统、陆军导弹司令部先进仿真中心以及海军仿真实验室的光电仿真试验设施及其相关技术 ,将美国目前所使用的光电仿真器归纳为两种类型 :一种是光学机械式 ,另一种是计算机生成图像仿真系统。指出计算机红外成像仿真是未来光电仿真试验的发展趋势 ,介绍了电阻阵、二极管激光器、基于光纤的热转换器三种实现方案 ,建议我国光电仿真试验建设应以计算机景象生成为基础的通用仿真器为主 ,同时兼顾技术成熟的光机式仿真器 ,走二者相结合的道路。
This paper introduces the USAF’s electronic warfare evaluation system, the advanced simulation center of the Army’s Missile Command and the photoelectrical simulation test facility of the Navy’s simulation laboratory and its related technologies. It summarizes the presently used photoelectric simulators in the United States into two types: one is Optical mechanical, the other is a computer-generated image simulation system. It is pointed out that computer simulation of infrared imaging is the development trend of future optoelectronic simulation experiments. Three implementation schemes of resistor array, diode laser and fiber-based heat exchanger are introduced. It is suggested that the construction of optoelectronic simulation test in our country should be based on computer vision, Dominated, taking into account the maturity of the optical-type simulator, taking the combination of the two roads.