MIMO Maximum Likelihood Algorithm Implementation Code
Self-developed MIMO maximum likelihood algorithm code with implementation insights - for reference and technical discussion
MATLAB Implementation of Spatial Channel Model
Spatial channel model implementation, particularly suitable for MIMO systems. Offers multiple scenario selections and customizable parameter adjustments with detailed code-level configuration options.
Performance Comparison of Different MIMO Channel Estimation Techniques with Source Code
This repository provides comprehensive source code for comparing various MIMO channel estimation methods, featuring detailed implementations of LS, LMMSE, and MMSE algorithms with performance analysis capabilities.
OFDM Simulation with BER and SNR Analysis
Comprehensive OFDM simulation framework incorporating Bit Error Rate (BER) versus Signal-to-Noise Ratio (SNR) performance analysis. This concise implementation covers OFDM MIMO systems and WiMAX broadband applications, featuring parameter configuration for different communication scenarios.
MIMO V-BLAST 4x4 Transceiver Simulation
MIMO V-BLAST 4x4 transceiver simulation for beginners with code implementation examples and algorithm explanations
Excellent OFDM MIMO Implementation with Comprehensive Documentation
A high-quality OFDM MIMO simulation program featuring comprehensive documentation, detailed user guides, and practical code examples with GUI support
MATLAB Program for Simulating MIMO Flat Fading Channels
This MATLAB program provides efficient simulation of MIMO flat fading channels with comprehensive code implementation for wireless communication analysis.
LTE Simulation Model
Application Background The official name of 3G LTE is 3G Long Term Evolution (LTE), which is part of the 3GPP Long Term Evolution project. The LTE system incorporates key technologies such as OFDM (Orthogonal Frequency Division Multiplexing) and MIMO (Multi-Input & Multi-Output), significantly improving spectrum efficiency and data transmission rates. Key Technologies This LTE simulation model is highly practical and can quickly help users understand LTE link-level operations. Several functionalities are implemented using C code, and the model comprehensively covers most existing LTE technologies. MATLAB integration enables efficient simulation and analysis of OFDM and MIMO implementations within LTE systems.
OFDM+MIMO+Rayleigh Channel Simulation M-file Implementation
MATLAB M-file simulation package for OFDM, MIMO, and Rayleigh fading channel modeling - available for download and technical study
MIMO Antenna Selection Algorithms
Reference materials for studying MIMO antenna selection algorithms, including implementation approaches and key performance considerations.