TD-SCDMA Transceiver System Modeling and Joint Detection Simulation

This project focuses on TD-SCDMA transceiver system modeling and joint detection simulation. During the modeling process, we will comprehensively consider various system aspects including channel transmission characteristics, antenna design patterns, and power control algorithms. Through simulation implementation, we can evaluate system performance metrics such as bit error rate (BER) and transmission data rates using statistical analysis methods. This approach helps us better understand the system's operational principles and provides insights for system improvements and optimization strategies. Concurrently, we will conduct joint detection simulations to verify system performance and reliability under real-world operating conditions. This involves simulating multiple user equipment devices transmitting data simultaneously, along with testing the system's adaptability to various channel conditions through channel modeling techniques. The simulation framework may incorporate interference cancellation algorithms and multi-user detection methods to handle co-channel interference. These simulation experiments will generate comprehensive system performance data, providing valuable references for system design refinement and optimization. The implementation may involve MATLAB or Python simulations with specific functions for channel coding, signal modulation/demodulation, and performance metric calculations.