LTE System PDSCH Link Simulation
Validated LTE System PDSCH Link Simulation with functional code implementation. Available for download with comprehensive MATLAB/Simulink modeling approach.
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.
Link-Level Simulation of ZF_BLE and MMSE_BLE Algorithms in TD-SCDMA
[MATLAB] Implementation and comparison of Zero-Forcing Block Linear Equalizer (ZF_BLE) and Minimum Mean Square Error Block Linear Equalizer (MMSE_BLE) algorithms for TD-SCDMA link-level simulation
MATLAB Implementation of LTE Link-Level Simulation
This LTE link-level simulation provides valuable reference material, offering insights into wireless system performance evaluation through practical MATLAB code examples and algorithm implementations.
LTE-PDCCH Link Simulation
An LTE PDCCH link simulation program implementing the complete encoding and decoding process with algorithm details.
MIMO-OFDM System Link-level Simulation
This MIMO-OFDM system simulation implements a 2x2 transceiver configuration with 64 OFDM subcarriers, utilizing iterative detection algorithms for MIMO processing. The simulation provides insights into MIMO-OFDM system operations and iterative receiver principles, with code implementation covering channel modeling, signal processing chains, and algorithm convergence analysis.
LTE Link Simulation Code
Comprehensive LTE link simulation codebase that provides significant assistance in understanding LTE technology principles and implementations. This resource includes complete simulation environments and algorithm demonstrations.
Digital Communication Link Simulation Based on Simulink
Digital Communication Link Simulation Using Simulink with Implementation Analysis of QPSK and 16QAM Modulation Schemes