Simulation of Kronecker Wireless Channel Model

This implementation provides a MATLAB-based simulation of the Kronecker wireless channel model, complete with verified test cases. The simulation generates the channel matrix H according to the Kronecker model's mathematical formulation, where H = R_r^(1/2) * H_w * R_t^(1/2), with R_r and R_t representing receive and transmit correlation matrices respectively, and H_w containing independent complex Gaussian random variables. The code calculates key statistical properties including channel capacity, correlation coefficients, eigenvalue distributions, and spatial characteristics. These simulated datasets enable thorough analysis of wireless channel performance and behavior, serving as foundational references for research and practical applications in communication systems. Furthermore, the simulation results support optimization of wireless communication system designs and algorithms by providing insights into channel behavior under different correlation scenarios. The implementation includes parameter configuration options for adjusting antenna array configurations, correlation levels, and SNR conditions to facilitate performance evaluations and reliability improvements.