MATLAB Simulation for Convolutional Code Encoding and Decoding

This is a highly detailed MATLAB simulation program source code for convolutional code encoding and decoding. The implementation includes complete procedures for both encoding and decoding processes, along with explanations of various parameters and configurations. The code features key functions such as trellis structure generation, Viterbi algorithm implementation for maximum likelihood decoding, and polynomial representation of generator matrices. Through running this program, you can gain in-depth understanding of convolutional code encoding and decoding mechanisms, and modify or optimize the code according to your specific requirements. Each line of code has been carefully designed to ensure accuracy and readability, incorporating proper error handling and performance optimization techniques. Whether you're a beginner or an experienced programmer, this simulation provides practical insights into convolutional code applications, including bit-error-rate analysis and performance evaluation under different channel conditions. The program demonstrates efficient memory management and computational efficiency through optimized matrix operations and state transition implementations.