关键词: 激光跟踪仪, 测量站位, 优化, 蒙特卡洛仿真, 不均匀温度场

Abstract: To optimize laser tracker configuration station and improve measurement accuracy,the measurement station optimization for laser tracker in-situ based on Monte-Carlo simulation was proposed.The mathematic model of laser tracker in non-uniform temperature field was established by considering the impact of the systematic error and temperature-induced error.On this basis,the measurement task uncertainty evaluation model could be obtained through Monte-Carlo simulation.Taking the minimum measurement uncertainty as the optimization objective,the laser tracker measurement station could be computed by software and was developed by Computer Aided Tri-Dimensional Interface Application (CATIA).An example of measurement scenario on measuring the inspection jig of an aircraft door demonstrated that the proposed method was feasible and effective.

Key words: laser tracker, measurement station, optimization, Monte-Carlo simulation, non-uniform temperature field