Adaptive Positioning and Tracking System for Military Equipment based on Beidou Satellites

Abstract

According to the military requirements of naval equipment support command, the functional characteristics of Beidou navigation and positioning system and MGIS are analyzed, and a design method of naval equipment support command automation system based on Beidou navigation and positioning system and MGIS is proposed. This method organically combines computer technology, MGIS, and Beidou satellite positioning and communication technology to realize the automation and digitization of equipment support command. The results show that an improved solution model is used to solve the pseudorange formula, which combines the least squares method. It has the characteristics of fast iteration speed and high Kalman filtering accuracy.