Implementation of Turbo Code Encoding and Decoding
A custom implementation of turbo code encoding and decoding based on reference materials, featuring code-level optimization and algorithm explanations.
MATLAB Implementation of Channel Coding Techniques
MATLAB programs for channel coding implementations including CRC cyclic redundancy check, Reed-Solomon codes, convolutional codes, turbo codes, and trellis coded modulation (TCM)
Turbo Code Encoding and Decoding with Performance Simulation
Course design implementing two programs: 1) Turbo code encoding and decoding for 400-bit data frames transmitted over noisy channels, simulating Log-MAP decoding algorithm performance across different iteration counts. 2) Performance evaluation of Turbo codes using MAP decoding algorithm under varying signal-to-noise ratios in noisy channels. Both main programs include comprehensive code comments and can be executed directly via turbo_main.m or LogMAP.m to observe simulation results within moments.
Turbo Codes: Fundamentals and Coding Implementation
Essential foundational materials on Turbo codes by American scholars for beginners, featuring key algorithm explanations and MATLAB/Python implementation approaches.
Traditional Convolutional Codes and Turbo Codes with CTC Implementation
Traditional convolutional codes and Turbo codes remain widely used today, but both exhibit a significant drawback in information transmission. To address this limitation, the IEEE 802.16d/e standard introduced the Convolutional Turbo Code (CTC) encoding scheme. This MATLAB code implements complete CTC encoding and decoding processes, incorporating key algorithmic components like parallel concatenated convolutional encoders and iterative MAP decoding. The implementation demonstrates valuable insights into enhancing data transmission efficiency and reliability through turbo-principle-based error correction.
MATLAB Implementation and Simulink Simulation of Turbo Code Encoding and Decoding
This resource provides MATLAB examples for Turbo code implementation along with Simulink simulation models, demonstrating complete encoding/decoding processes with BER performance analysis
Turbo Code Encoding and Decoding Simulation
MATLAB implementation of Turbo code encoding and decoding algorithms in M-file format with comprehensive simulation analysis
Simulation of Turbo Codes Using 3GPP and LTE Interleavers
Implementation and comparative analysis of turbo code simulations with 3GPP and LTE interleavers, including performance evaluation of different decoding algorithms
MATLAB Implementation of Turbo Codes
Implementation of Turbo Code encoding and decoding processes in MATLAB, covering interleavers, component encoders, MAP algorithm decoding, and Log-MAP algorithm decoding with code-level explanations
Turbo Code Encoding and Decoding Algorithms
This program implements Turbo code encoding and decoding algorithms, featuring both LOG-MAP and SOVA decoding methods with enhanced computational efficiency.