MATLAB EM Algorithm Implementation for Data Clustering
A MATLAB implementation of the EM algorithm for clustering tasks with optimized computational efficiency, featuring clear code structure and practical applications
Image Texture Feature Extraction with MATLAB Implementation
A MATLAB-based program for extracting image texture features, applicable in image processing applications with detailed algorithm explanations
Rewritten (127,115) Reed-Solomon Encoder
A customized (127,115) Reed-Solomon encoder implementation based on existing online code, featuring detailed comments and FPGA-friendly algorithm modifications (referenced in try123.m), designed to help developers avoid common implementation pitfalls.
MATLAB Programs for Turbo Equalization Implementation
MATLAB programs implementing turbo equalization algorithms, featuring iterative signal processing techniques for digital communication systems. Requires MATLAB Version 7 or higher.
Static Image Saliency Analysis Toolbox
MATLAB-based static image saliency analysis program developed by three Caltech professors, featuring cutting-edge computer vision algorithms for detecting visually prominent image regions.
MATLAB Implementation of Digital Watermark Embedding with Code Examples
This digital watermark embedding system includes three core programs for robust watermarking operations. The implementation specifically requires grayscale images as input to ensure optimal embedding and extraction performance. Each module demonstrates practical MATLAB coding techniques for information hiding applications.
MATLAB GUI Development Program: User Interface Creation with Code Implementation
A comprehensive MATLAB program for developing user interfaces, featuring practical code examples and GUI design techniques for enhanced learning experience
Visual Human Pose Recognition System
A vision-based human pose recognition implementation featuring complete code procedures and documentation, capable of identifying 8 distinct static human poses with over 90% recognition accuracy
MATLAB Implementation for Automotive Dynamics Analysis
Automotive dynamics analysis program featuring comprehensive vehicle modeling, suitable for automotive, aerospace, and power engineering applications. Serves as an exemplary MATLAB GUI programming demonstration with modular code structure and interactive visualization components.
A Detailed Implementation of Reversible Jump Markov Chain Monte Carlo (RJMCMC) Sampling Algorithm
A comprehensive program implementing the Reversible Jump Markov Chain Monte Carlo (RJMCMC) algorithm with accompanying research papers for cross-reference. Features multiple proposal mechanisms (Birth, Death, Split, Merge, Update) with detailed code-level explanations of transition operations and acceptance probability calculations.