System-Level Simulation Model for MIMO-OFDM in TD-SCDMA Systems

This system-level simulation model for MIMO-OFDM in TD-SCDMA systems is designed to offer comprehensive understanding through detailed simulation and analysis. The model incorporates key algorithms including spatial multiplexing for MIMO implementation, OFDM modulation/demodulation with cyclic prefix handling, and TD-SCDMA-specific frame structure processing. It enables users to examine system working principles, performance characteristics, and optimization methodologies through configurable test scenarios. The simulation architecture includes channel modeling components for multipath propagation, interference analysis modules, and BER/SINR performance evaluation metrics. By utilizing this model, researchers can conduct various scenario testing and assessment to guide practical system design and deployment decisions. The code implementation features modular structure with clear separation between physical layer processing, MAC layer scheduling, and system-level parameter configuration. This model aims to provide valuable insights and promote further research and development in TD-SCDMA system enhancements.