Classic Algorithm for Sliding Mode Control
Classic sliding mode control program implementation, designed to help beginners quickly grasp the programming concepts of sliding mode control through practical code examples and algorithm explanations
An Example of Markov Chain Monte Carlo (MCMC) Methods
An illustrative example of Markov Chain Monte Carlo methods, useful for beginners with code implementation insights
MATLAB Implementation of Induction Motor Vector Control
This project implements induction motor vector control in MATLAB using three PI regulators (flux regulator, torque current regulator, and speed regulator). The system features well-structured encapsulation suitable for beginners, with implementation guidance for MATLAB 7.1 version. Key aspects include coordinate transformation algorithms and PWM signal generation techniques.
Seismic Forward Modeling Program with MATLAB Implementation
A MATLAB-based seismic forward modeling application with source code, featuring wave propagation simulations and GUI interface - ideal for geophysics and seismology beginners.
MATLAB Code Implementation for Robust Controller Design
A practical robust controller design program with comprehensive implementation example, featuring step-by-step code explanations and algorithm descriptions suitable for beginners in control systems engineering.
Sliding Mode Variable Structure Control Simulation Example
Simulation example for sliding mode variable structure control - a fundamental starter program ideal for beginners with practical code implementation insights
Maximum Entropy Restoration with MATLAB Implementation
A comprehensive MATLAB implementation of maximum entropy restoration algorithm featuring detailed code comments, direct execution capability, and comparative analysis with Wiener and Blind LUCY methods for educational purposes
Lyapunov Exponent Calculation Algorithm
A MATLAB implementation for computing Lyapunov exponents, verified through comprehensive testing and suitable for MATLAB beginners studying chaotic systems
InSAR Filtering Code Implementation
Excellent InSAR filtering solution with beginner-friendly code structure and comprehensive documentation
Motion Object Detection Using Optical Flow Method
A beginner-friendly program implementing optical flow for motion detection, featuring pixel intensity tracking and movement vector calculation.