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General Analysis for Vehicle-based Object Identification Optical System

机译:车载目标识别光学系统的一般分析

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Vehicle-based object identification optical system using laser carrying wave radiated by high-power semiconductor lasers as carrier wave for transmitting signal, and it is co-operative system which his carrying wave can return. The modulating return wave of the system uses reflection prism is stable, when the detectors of all-oriented photoelectric receiver detect the key-code of identification of friend or foe, electrical machinery will drive the reflecting prism to revolve in order to form modulating return wave. To inspect reliable return wave signal and solve strong background lights disturb as while as adapts to changeable detecting technique problem of APD photo-electric detector, the system adopts obscure noise compensation and signal identification technique controlled by-computer in APD photo-electric system.
机译:以大功率半导体激光器辐射的激光载波为载波并传输信号的车载物标光学系统,是其载波可以返回的合作系统。系统使用反射棱镜的调制返回波是稳定的,当全向光电接收器的检测器检测到敌我识别的键码时,电机将驱动反射棱镜旋转以形成调制返回波。为了检测可靠的返回波信号并解决强烈的背景光干扰,同时又适应APD光电探测器变化的检测技术问题,该系统在APD光电系统中采用了模糊的噪声补偿和计算机控制的信号识别技术。

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