Program for Generating LDPC Parity-Check Matrix Using PEG Construction Method

This program implements the Progressive Edge-Growth (PEG) construction method to generate LDPC parity-check matrices, providing researchers and engineers with an efficient tool for various applications and research purposes. The implementation focuses on optimizing the PEG algorithm to create matrices with excellent cycle properties and minimum stopping sets. Key features include customizable matrix dimensions (code length and rate), degree distributions, and girth optimization parameters. The code structure allows for flexible configuration of construction parameters while ensuring computational efficiency through optimized graph traversal algorithms. Whether you're a student, researcher, or engineer, this program streamlines the matrix generation process with built-in validation checks for matrix properties, saving valuable time and enabling greater focus on core research and development activities. The implementation includes functions for visualizing Tanner graphs and analyzing matrix performance characteristics.