Implementation Based on OPTA Refinement Algorithm
MATLAB implementation of OPTA refinement algorithm, ideal for beginners with clear code structure and practical examples
Source Code for Image Registration
Image registration source code implemented in MATLAB, featuring algorithms for automatic image alignment with adjustable parameters and optimization options for enhanced analysis and processing workflows.
MATLAB-Based Digital Watermark Embedding Using DCT Algorithm
This MATLAB program implements digital watermark embedding for images using Discrete Cosine Transform (DCT), featuring DCT/IDCT operations and frequency-domain processing for copyright protection and integrity verification.
μ-Law Companding Implementation for OFDM Peak-to-Average Power Ratio Reduction
MATLAB-based program utilizing μ-law companding to suppress OFDM peak-to-average power ratio. The implementation demonstrates significant PAR reduction through signal compression and expansion using the μ-law algorithm, with clear code structure showing signal processing workflow and performance evaluation.
MATLAB Code Implementation for Solving PSO Problems
Complete MATLAB code for solving Particle Swarm Optimization (PSO) problems with clear annotations and customizable implementation
Training Self-Organizing Map (SOM) Neural Networks with MATLAB Implementation
MATLAB source code for training Self-Organizing Map neural networks, featuring unsupervised learning algorithms for data clustering and feature extraction, with detailed implementation guidelines.
Pedestrian Detection using Haar Features and SVM
A MATLAB-based pedestrian detection code collection utilizing Haar features and SVM, including comprehensive dataset for testing and training.
Calculating First-Order Entropy, Second-Order Entropy, and Differential Entropy for Images
MATLAB implementation for computing first-order entropy, second-order entropy, and differential entropy of images, with algorithm descriptions including histogram analysis, joint probability distributions, and gradient-based calculations (note: differential entropy computation has slower execution speed)
Pauli Decomposition for Fully Polarimetric Radar Images
MATLAB implementation of Pauli decomposition for fully polarimetric radar images, decomposing into three distinct components with detailed code explanation
Image Distortion Correction Algorithm
A MATLAB-based implementation for correcting image distortions, featuring practical calibration techniques and geometric transformation algorithms