Based on the analysis of the Buck-Boost chopper in continuous conduction mode,sliding mode control strategy is utilized.

Based on combining theory, the sliding mode variable-structure control (VSC) method is discussed and the dynamics and nonlinear characteristic are studied.

Simulation of feedback linearization and sliding mode control in GMAW systems;

PI sliding mode control strategy for multi-channel interleaved bi-directional DC-DC converter;

A three-phase three-wire active power filter based on DSP and sliding mode control strategy;

Sliding Mode Variable Structure Control for Missile Servo Mechanism Based on Optimization;

Sliding Mode Variable Structure Control of Anti-lock Braking System Based on Optimal Slip Ratio;

Fuzzy adaptive sliding mode variable structure control and its application in power amplifier;

Sliding-mode control has the advantages of robustness and good dynamics performance,so this paper take three-level converters for example to treatise the sliding-mode control and the design of sliding-mode control Buck three-level converter,particularly discussing the effect of system performance of sliding-mode control surface design,equivalent control stability and existence proof.

A novel sliding-mode control is designed with a load thrust observer for the Linear Permanent Magnetism Synchronous Motors(LPMSM),in order to compensate the disturbance and effectively minimize the system chattering;introducing an integral action in the sliding mode to eliminate the system error and chattering.

Definitions and schemes of chaotic parallel current share are given,based on state observer and sliding-mode control separately.