Explore MATLAB source code curated for "LTE" with clean implementations, documentation, and examples.
LTE MATLAB Simulation Main Program suitable for beginners. This script provides a comprehensive overview of implementing LTE link-level simulations for comparative analysis of various transmission modes in LTE systems, featuring practical code examples and algorithm demonstrations.
Development of sphere decoding algorithms for MIMO detection in LTE uplink scenarios, featuring base implementations and enhanced variants with code-level optimization strategies.
LTE downlink channel estimation MSE testing employing LTE downlink frequency-domain structure, LS channel estimation method, and linear interpolation algorithm, with performance analysis through simulated signal processing workflows.
A comprehensive MATLAB-based simulation framework for Long Term Evolution (LTE) networks, featuring physical layer modeling, link-level simulations, and system performance analysis with configurable parameters for real-world scenario testing.
Comprehensive LTE link-level simulation program featuring coding, modulation, synchronization, channel estimation modules. Fully executable with detailed annotations and code implementation insights.
Programming LTE CRC attachment procedure for transmitter design in LTE system link-level simulation, involving CRC generator implementation with polynomial algorithms for data integrity verification.
Comprehensive Simulation Program for MIMO+OFDM Systems Following LTE Specifications
MATLAB code simulating power control in LTE femtocell networks with two femtocell base stations and one user equipment, featuring path loss calculation and transmission power optimization algorithms.
1、HSDPA； 2、LTE； 3、Turbo Code； 4、Mobile WiMAX； 5、LDPC
MATLAB-based LTE channel estimator source code with comprehensive implementation details for characteristic and parameter estimation