首页> 外文会议>Conference on Ground-Based Telescopes pt.2; 20040621-20040625; Glasgow; GB >Opportune acquisition and tracking time for the fast moving targets in a ground-based telescope
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Opportune acquisition and tracking time for the fast moving targets in a ground-based telescope

机译:地面望远镜中快速移动目标的适当捕获和跟踪时间

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Acquisition is defined as identification for a fixed target in the related field of sight (FOS), while tracking means the sway of the telescope's axis of sight (AOS). The automatic acquisition and tracking is a process in which the operating way of the telescope should be switched from guiding to automatic tracking. There are some kinds of method to improve the acquisition and tracking ability for fast moving targets: to extend the acquisition and tracking FOS with memory and storage information of the sensor system; the multimode control to improve the dynamic property of the servo system; to choose an opportune time for acquisition and tracking; to select the control regulator parameter in every working states. If the processor of the CCD sensor can temporarily remember and save the information of the target before it moves out of the FOS, correspondingly, the FOS may be extended. The data forecast technology is used to store the target information. The automatic interception experiments are carried out to verify the control strategy.
机译:采集被定义为在相关视场(FOS)中对固定目标的识别,而跟踪则是指望远镜视轴(AOS)的摇摆。自动获取和跟踪是一个过程,在该过程中,望远镜的操作方式应从引导切换为自动跟踪。有几种方法可以提高对快速移动目标的捕获和跟踪能力:使用传感器系统的存储和存储信息扩展捕获和跟踪FOS;多模式控制,以改善伺服系统的动态特性;选择合适的时间进行采集和跟踪;在每个工作状态下选择控制调节器参数。如果CCD传感器的处理器可以在目标移出FOS之前暂时记住并保存目标的信息,则可以相应地扩展FOS。数据预测技术用于存储目标信息。进行自动拦截实验以验证控制策略。

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