Study on dual rate-loo Pcascade control for LOS stabilization of gyro inertia platform;

This paper designes a control system for gyro-stabilized platform based on the state compensating control theory.

This paper reports on a hardware and software design of a gyro-stabilized platform system that implements the functions of a middle precision electric-control compass,a high precision azimuth level detector and a stabilized platform.

In target tracking system for UAV,by regulating the gyro-stabilized platform s azimuth angle and pitching angle,the line-of-sight of pick-up equipment is stabilized and focused on the target.

The inertial system of fighting vehicle existed bracket error due to its two-axis gyro platform structure,and this could influence the heading precision.

The LOS (line of sight) stabilization control based on gyro stabilized platform is required in opto-electronic tracking system.

The jitter in line-of-sight (LOS) can result in the degraded performance of a gyro stabilized platform directly.

This paper analyzes the models of airborne electro optical pointing and tracking systems, and designs the fuzzy controller based on a genetic algorithm for the gyro stabilized platform system which is the most important component of airborne electro optical pointing and tracking systems.

A tilting monitoring system for tilting trains which is based on single axis gyroscope platform is presented, and its working principle and application to the tilting monitoring of tilting trains are analyzed in detail.