MIMO信道 Resources

Showing items tagged with "MIMO信道"

These MATLAB programs demonstrate MIMO channel implementations, providing practical reference for multi-antenna wireless communication systems. The code includes channel modeling techniques, spatial diversity utilization, and performance analysis methods that are essential for developing multi-input multi-output communication systems.

MATLAB 229 views Tagged

This document presents my implementation of MMSE calculation for QPSK MIMO channels with two-path fading. I urgently need assistance with a comprehensive article on channel estimation algorithms, specifically focusing on LS algorithm implementation for Rayleigh fading channels using MATLAB code, as my submission deadline is approaching rapidly.

MATLAB 287 views Tagged

Application Context: This simulator enables performance evaluation of downlink shared channels in LTE systems for both SISO and MIMO configurations, supporting open-loop spatial multiplexing and transmit diversity transmission modes. The model utilizes post-equalization SINR at the physical layer and incorporates pre-computed fading parameters representing individual interference components. This architecture allows offline pre-generation of fading parameters, significantly reducing computational complexity during runtime execution. Key Technologies: The core simulation file for LTE link-level simulation is lte_sim_main.m. While simulations are typically executed through batch files like lte_sim_launcher.m, which handles configuration loading and simulation orchestration, the main algorithm resides in the primary simulation file containing the core signal processing chain.

MATLAB 222 views Tagged

This is my original implementation of the V-BLAST algorithm for MIMO channels using QPSK modulation. I'm urgently seeking assistance with a channel estimation algorithm resource - specifically a MATLAB implementation of LS algorithm for Rayleigh fading channels, as I have a deadline approaching in two days. Any help would be greatly appreciated and would be truly lifesaving!

MATLAB 250 views Tagged