LMI-Based Output Feedback H-Infinity Control and Simulation

This paper introduces LMI-based output feedback H-infinity control and its simulation implementation. The method serves both theoretical control research and practical engineering applications. The article elaborates on the underlying principles, design procedures, and simulation outcomes while providing accompanying documentation and MATLAB code for reference.

The methodology employs Linear Matrix Inequalities (LMI) for controller design to achieve system stabilization and performance optimization. Through numerical simulations, we demonstrate the method's effectiveness and feasibility in control systems. The implementation includes detailed algorithm explanations using MATLAB's LMI solver functions and control system toolboxes.

The research paper titled "LMI-Based Output Feedback H-infinity Control and Simulation" is provided as a PDF file (filename: "基于LMI的输出反馈H_控制及其仿真.pdf", size: 1,075,980 bytes, created November 25, 2011). The accompanying MATLAB code file "1.m" (798 bytes, created November 29, 2011) contains the core implementation featuring LMI formulation, controller synthesis algorithms, and closed-loop simulation routines.

In conclusion, LMI-based output feedback H-infinity control with simulation represents an effective control methodology applicable to real-world engineering scenarios. The provided documentation and MATLAB implementation code will facilitate deeper understanding and practical application of this approach, ultimately enhancing control system performance and stability.