LTE System Channel Model
Mathematical modeling and MATLAB simulation of LTE system channel models, including key functions and implementation approaches.
LTE System PDSCH Link Simulation
Validated LTE System PDSCH Link Simulation with functional code implementation. Available for download with comprehensive MATLAB/Simulink modeling approach.
MATLAB Simulation of LTE Systems: Implementation Steps and Parameter Configuration
This article provides a comprehensive guide to MATLAB simulation of LTE systems, detailing the implementation workflow, parameter configuration methods, and key computational approaches with code-level explanations.
MATLAB Implementation for LTE System Simulation
Comprehensive Multi-Level Simulation of LTE Systems with Enhanced Code Implementation Details
Root Mean Square Delay Spread for Wireless Channel Parameters
This MATLAB documentation provides specific calculation methods for the root mean square (RMS) delay spread parameter in LTE wireless channels, establishing connections between multipath channel delays and the RMS parameter. Includes MATLAB implementation approaches using channel impulse response data and statistical delay processing algorithms.
LTE System Link-Level Simulation
This LTE system link-level simulation package, developed by leading experts from the University of Vienna, includes comprehensive documentation and source code with MATLAB implementations covering key physical layer components.
ITU Multipath Channel Model Implementation
Implementation of ITU-standard multipath channel based on SCME model, suitable for LTE systems. Contains primarily MATLAB code with two optional C implementations for performance optimization.
LTE System Simulation Based on MATLAB Platform
Simulation of LTE System Using MATLAB Platform with Code Implementation Details