Explore MATLAB source code curated for "链路级仿真" with clean implementations, documentation, and examples.
Long Term Evolution Link-Level Simulation: Implementing lower-complexity algorithms, developed as an extension of Long Term Evolution system-level simulation frameworks. The implementation focuses on optimized signal processing chains and reduced computational overhead through algorithmic refinements.
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.
Analysis of LTE PDSCH link-level simulation source code, including channel coding, precoding, and OFDM modulation implementations with algorithm explanations
Codebook requirements for LTE precoding in link-level simulations, focusing on transmitter-side design and programming implementations including key algorithms and matrix operations.
Implementation of link-level simulation for cooperative relay systems including Signal-to-Noise Ratio (SNR), Bit Error Rate (BER), and BER performance analysis with MATLAB-based simulation approaches.
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.
A comprehensive MATLAB-based platform for WiMAX fixed version link-level simulation with detailed implementation and analysis capabilities
MATLAB codes for HSDPA system simulation covering physical layer processing, channel modeling, and performance evaluation with enhanced implementation details
Link-Level Simulation of WiMAX Fixed Version with MATLAB Implementation