MATLAB Implementation Methods for Alamouti Coding
MATLAB implementations of Alamouti coding scheme, featuring robust functionality with comprehensive commenting and optimized code modifications
MIMO Multi-Antenna Transceiver Performance Analysis with BER Comparisons
Performance comparison of MIMO multi-antenna transceiver techniques (BER curves) including MMRC, EGC, SC, Alamouti, and V-BLAST over both correlated and uncorrelated Rayleigh fading channels. Simulation results available by executing plot-named files, featuring MATLAB implementations with key functions for channel modeling and diversity combining algorithms.
Alamouti Coding Scheme Implementation
Main function Alamouti(Nr, max_snr, max_err_symbol, symbol_per_frame) implements the Alamouti space-time coding scheme with the following components: QpskMapping(psudo_bit_sequence) - converts binary data to QPSK modulated symbols; RayleighCH(Nr, Nt) - simulates Rayleigh fading channel characteristics. Example usage: Alamouti(1, 12, 20, 24). Key parameters: 2 transmit antennas and 1 receive antenna configuration, SNR range from 0dB to 12dB, simulation stops when symbol errors exceed 20 at each SNR point, with 24 QPSK symbols per frame.
Alamouti Space-Frequency Block Coding (SFBC-OFDM)
Alamouti Space-Frequency Block Coding --- SFBC-OFDM Implementation for Time-Varying Channels
MATLAB Implementation of Alamouti Space-Time Block Code for MIMO Systems
MATLAB program for implementing Alamouti Space-Time Block Code in MIMO systems with enhanced wireless communication performance
Simulation of Alamouti in STBC-OFDM Systems
Implementation of Alamouti coding in STBC-OFDM simulation, including channel encoding/decoding processes and binary source generation with detailed code-level explanations
Alamouti 2x1 System with QPSK Modulation Implementation
Implementation and analysis of an Alamouti 2x1 MISO system using QPSK modulation scheme for wireless communications