According to the mathematical model of control stabilization loop and the characteristics of operating conditions of stabilized platform,single neuron PID model reference adaptive control strategy based on RBF(radial basis function) neural network identification is introduced,and stabilized platform of shipborne weapons is designed.

This paper introduces the structure of shipboard shooting stabilized platform,and elaborates its structural characteristics,diacusses the drive modes of the platform and the choices of the electrical engineering.

In order to realize high precision control of stable platform of light antenna,its position servo system is designed.

The swaying movement and the lever arm effect error are two major factors affecting the alignment accuracy of shipbased weapons.

in this paper, the analytical algorithm of angular motion in the launching process of shipbased weapon is researched, the effects of the swing motion of the warship and the direction of the launching device and the state of the launched weapon relative on the launching device are comprehensively considered, and the corresponding analytical algorithm and simulation results are given.

Alignment method of shipborne weapons system based on image processing technology;

A velocity-plus-attitude matching approach was presented for the shipborne weapons SINS in consideration of the dynamic distortion angle in m.