Imaging Analysis of Semi-Active Laser Six Degree of Freedom Thin Plate Optical Mirror.

At present, optical mirrors are widely used in photocopier scanners, infrared barcode printers, traditional projectors and projection cameras. In the process of mirror imaging, we need to know the position of the mirror at all times to meet the imaging needs. Therefore, we need to improve on the mirror bracket. The semi-active laser guidance system is a system that can always control the target position. The laser semi-active positioning technology is mainly realized by the laser semi-active positioning system. In this paper, the reflector can be installed in the laser-guided projectile body, and the position information of the reflector can be controlled at all times. In order to improve the imaging quality, the mirror needs to rotate multiple times to collect information at different positions to improve the imaging quality. Therefore, this article uses a six-degree-of-freedom connection structure to control the movement of the mirror. This article cleverly applies the laser guidance system and the six-degree-of-freedom connection structure to the mirror imaging system to improve the accuracy and intelligence of the imaging system. [ABSTRACT FROM AUTHOR]