LTE Downlink System-Level Simulation (commlteSISO)
LTE downlink system-level simulation package with verified execution and comprehensive code annotations. The main simulation script is named "commlteSISO.m".
LTE Link Simulation - Comprehensive Uplink and Downlink Level Simulation for LTE Systems
LTE Link Simulation provides comprehensive uplink and downlink level simulation capabilities for LTE networks, including detailed implementation of physical layer processing and channel modeling.
LTE (4G) Communication System Simulation Model
Comprehensive LTE (4G) simulation framework with detailed channel modeling and performance analysis capabilities
LTE-Related MATLAB Simulations
MATLAB simulation programs for LTE technology covering comprehensive topics including interleaving techniques, with detailed code implementations and algorithm explanations.
LTE Baseband Transmitter Simulation System
LTE Baseband Transmitter Simulation System - Moonrise Defense Executable Program
Source Code Implementation of 3GPP LTE TS36942 Path Loss Model
MATLAB/Python source code implementation of 3GPP LTE TS36942 path loss model with comprehensive parameter configuration and calculation algorithms
LTE Frequency Scheduling Algorithm for Inter-Cell Interference Coordination
Implementation of LTE Frequency Scheduling Algorithm for Inter-Cell Interference Coordination through Dynamic Spectrum Resource Allocation
LTE Link-Level Simulation Platform
This simulation platform is an LTE link-level simulation platform that provides comprehensive simulation of various LTE performance metrics through advanced modeling techniques and algorithmic implementations.
MATLAB Code Implementation for LTE System Simulation
A foundational LTE simulation framework code with incomplete components, providing core structure for wireless network modeling and performance analysis.
Comprehensive LTE Physical Layer Simulation
Complete LTE physical layer simulation with over 200 subroutines, implemented using MATLAB and C++ mixed programming approach for optimal performance