OFDM Adaptive Resource Allocation Simulation

This is a comprehensive OFDM adaptive resource allocation simulation package where OFDM.m serves as the main execution file. The simulation framework allows flexible configuration of transmitter and receiver antenna counts, enabling MIMO-OFDM system implementation through parameter modification. The code structure supports investigation of various scenarios and parameter configurations, providing an experimental platform for analyzing different OFDM system architectures and optimizing resource allocation strategies. The simulation package implements key OFDM components including subcarrier allocation algorithms, adaptive modulation techniques, and power distribution mechanisms. Researchers can customize the codebase to accommodate specific experimental requirements, with modular design facilitating extensions for advanced resource allocation algorithms and channel adaptation methods. This foundation enables further exploration of OFDM technology applications in wireless communications, supporting performance evaluation of different system configurations and serving as a base for developing enhanced resource optimization approaches. The simulation environment permits detailed analysis of bit error rate performance, spectral efficiency, and interference management under varying channel conditions.