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以前的导弹跟踪器依靠光电系统跟踪点源目标。自从电荷耦合器件阵列和快速微处理机问世以来,导弹跟踪器就能够跟踪成象目标了。成象目标包含的信息量要增加好多倍。为在跟踪中实时利用这些信息,可用快速微处理机来解决跟踪、干扰、予报跟踪、象相关、波门和选择适当的阈值。本研究的目的就是发展无稳定平台、陀螺仪和各式硬件的低成本的捷联式导弹跟踪器。本文叙述这方面的探索工作。
Previous missile trackers rely on photoelectric systems to track point-source targets. Since the advent of charge-coupled device arrays and fast microprocessors, missile trackers have been able to track imaging targets. The amount of information contained in an imaging target is multiplied many times. In order to utilize this information in real time in tracking, fast microprocessors can be used to solve the tracking, interference, reporting, tracking, correlation, gate, and selection of appropriate thresholds. The purpose of this study is to develop a low cost strapdown missile tracker with no stable platforms, gyroscopes and various hardware. This article describes the exploration work in this area.