空间运动的控制信号的接收与处理

【作者】 徐雪松；

【导师】 吴志林；

【作者基本信息】 南京理工大学 ， 机械电子工程， 2004， 硕士

【摘要】 本文对弹丸偏角控制系统空间运动信号的接收与处理进行了全面的设计与探索。结合所研究对象特点，广泛论证了激光驾束制导方式作为该系统弹丸定位方式的可行性；完成了弹丸偏角控制制导信号的接收与处理系统的总体设计，该系统主要包括误差信号的处理、基准信号处理、信号转换、控制信号的输出等几部分；本次设计重点是接收部分，采用高速单片微处理器作为解码处理的核心，实现了高速解算和复合编码的解码功能，满足实时处理需要。采用单片机设计了空间运动信号的接收与处理硬件电路，并编制了相应的软件；对所设计的硬、软件系统进行了调试，调试结果表明，所设计系统基本达到了系统对精度、响应等方面的性能要求。更多还原

【Abstract】 In this paper , pill-setover control system which used for incept and disposal of signal of space movement is devised and explored in detail. The principle of spatial polarization coding of laser which used for beam rider guidance is demonstrated and the possibility of engineering application about this guidance method is discussed. At the same time, pill setover control system which used for incept and disposal of signal of space movement is designed in the mass. The system is composed of disposal of error signal, benchmark signal, signal conversion, manipulative signal. By using microchip and designing program-controlled amplifier and peak-holder, a real time receiver is designed .In the same way, relevant software is debugged. The debugged results have proved that the system could meet the demands on the precision and respondance of the whole system.更多还原