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Closed-loop modeling of imaging infared missiles

机译:成像初始导弹的闭环建模

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摘要

The Signature Technology Laboratory of the Georgia Tech Research Institute has nearly 10 years experience in the analysis, modeling and simulation of imaging infrared missile seekers. This experience has led to the development of an integrated Imaging Simulation for Infrared Sensors that has been applied to a range of problems from imaging seeker signal processing development to imaging infrared countermeasure concepts exploration. This paper will describe the development of a closed loop model which has the missile seeker signal processor drive the missile gimbal platform line-of-sight, which in turn is used to provide guidance signals to the missile autopilot. The infrared scene generation is briefly described, with emphasis placed on the sensor and signal processor subsystems. Results of test cases are shown, and applications are discussed.
机译:格鲁吉亚科技研究所的签名技术实验室在成像红外导弹求职者的分析,建模和仿真中拥有近10年的经验。这种经验导致了对红外传感器的综合成像模拟的开发,该模拟已经应用于从成像信号处理开发到成像红外对策概念探索的一系列问题。本文将描述闭环模型的开发,该模型具有导弹搜索器信号处理器驱动导弹万事平台视线,这反过来用于为导弹自动驾驶仪提供指导信号。简要描述了红外场景生成,重点放置在传感器和信号处理器子系统上。显示了测试用例的结果,并讨论了应用。

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