Solving Nonlinear Equation Systems Using Broyden's Iteration Method
Implementation of Broyden's iteration method for solving nonlinear equation systems in MATLAB development environment, including M-file functionality and algorithmic approach
Genetic Algorithm Implementation for Target Assignment Optimization
Implementation of genetic algorithm solution for target assignment using MATLAB development environment
Mexican Hat Wavelet Transform Source Code
MATLAB implementation of Mexican Hat wavelet transform with detailed algorithmic explanations
Digital Watermarking Algorithm Mini-Programs
Mini-programs for digital watermarking algorithms designed to assist beginners in understanding the fundamentals. Developed in MATLAB environment with practical code examples for embedding and extraction techniques.
Digital Watermarking Algorithm Demonstration Program
A compact MATLAB-based digital watermarking algorithm demonstration designed to assist beginners in understanding fundamental concepts and implementation approaches in digital watermarking technology.
Digital Watermarking Algorithm Mini-Program
A compact digital watermarking algorithm implementation designed to assist beginners in understanding fundamental concepts. Developed in MATLAB environment with practical code examples covering basic embedding and extraction techniques.
Object Tracking Source Code
Object Tracking Source Code - Developed in MATLAB - A comprehensive set of MATLAB functions for planar patch tracking using direct gray-level information (SSD algorithm)
Digital Watermarking Algorithm Mini-Program
Mini-program for digital watermarking algorithms, providing introductory assistance for beginners in digital watermarking. Developed in MATLAB environment with implementation of basic embedding and extraction techniques.
MATLAB Code Implementation for Development Environment: Gomoku Game with Advanced Features
Development Environment: MATLAB 7.6 (R2008a). This program implements a dual-player Gomoku game with the following key functionalities: 1. Complete Gomoku gameplay with automatic win condition checking. 2. Hint 3 feature: Displays all potential 3-in-a-row formations within a 6-cell radius for both players. 3. Hint 4 and Hint 5 features operate similarly to Hint 3 for higher-order formations. 4. Back function: Single-click undo move capability. 5. Restart function: Program reset with one button press. The implementation utilizes MATLAB's GUI components and matrix operations for game logic.