Turbo OFDM in Fading Channels
Implementation of Turbo-OFDM systems for enhanced performance in wireless fading channels with code-based error correction mechanisms
Simulation of Wireless Communications using Simulink
With extensive experience in MATLAB Simulink simulations for wireless communications (National Key Laboratory of Anti-jamming Communications), this Turbo iterative decoding implementation represents one of the most classic communication links I've encountered. The process is exceptionally clear, particularly the iterative decoding section which ingeniously employs rate reduction techniques to realize complex iterative processes through straightforward structures. This implementation demonstrates efficient algorithm design using Simulink blocks for encoding, interleaving, and iterative decoding loops, making it an invaluable resource for communication engineers seeking to understand practical Turbo code implementations.
Classic Literature on Turbo Equalization with MATLAB Implementation
MATLAB implementation of classic turbo equalization literature, demonstrating the relationship between signal-to-noise ratio and bit error rate through multiple iterations
Turbo OFDM Implementation in AWGN Channel
Turbo OFDM System Performance Analysis in Additive White Gaussian Noise Channel with Implementation Details
Complete Turbo Implementation Using Log-MAP and SOVA Algorithms
Comprehensive Turbo Coding with Log-MAP and SOVA Decoders - Implementation Details and Algorithm Integration
Turbo Product Code [TPC] Decoding Implementation Using Chase II Algorithm
MATLAB implementation of Turbo Product Code (TPC) decoding based on the Chase II algorithm, featuring code structure description and performance validation.
MIMO 2x2 16QAM SoIC + Turbo Iterative Detection Simulink Link
Simulink implementation of a 2x2 MIMO system employing 16QAM modulation with convolutional coding, featuring turbo iterative detection using soft interference cancellation (SoIC) at the receiver combined with APP decoding