论文部分内容阅读
运动目标空间位置激光跟踪测量系统采用激光动态瞄准和激光干涉测距原理以及精密仪器控制技术,对空间运动目标进行跟踪并实时测量其位置和姿态。该系统是国际计量测试领域研究的前沿课题。根据测量原理,将其分为干涉法和三角法。在干涉法中,根据跟踪测量机构的数量分为一站法和多站法;三角法根据使用的跟踪原理分为光学扫描法和经纬仪法。给出了各种测量方法的准确度,并对其优缺点进行了较为详细的评述。
Moving target spatial position laser tracking measurement system uses laser dynamic aiming and laser interferometry ranging principle and precision instrument control technology to track the space motion target and measure its position and attitude in real time. The system is the forefront topic in the field of international measurement and testing. According to the measurement principle, it is divided into interference method and trigonometry. In the interference method, according to the number of tracking measurement agencies divided into one-stop method and multi-station method; trigonometric method based on the use of the tracking principle is divided into optical scanning method and theodolite method. The accuracy of various measurement methods is given, and their advantages and disadvantages are discussed in detail.