Measurement System of the Dynamic Distant Target Based on Dual-photoelectric Theodolite and Its Precision Analysis

摘要

In this paper, a method of measuring the 3D pose of the remote revolving target such as rocket or missile by using the intersected measuring system with a proper algorithm is described. This passage creates a math model of intersected measuring system and the measuring precision of this method is analyzed in detail, by using this method we may acquire the measuring precision less than 0.5° if the measuring stations is arranged correctly.