Simulation and Modeling of Cellular Mobile Communication Systems

This source code provides simulation capabilities for cellular mobile communication systems. The implementation employs Dynamic Channel Allocation (DCA) algorithms for intelligent channel assignment, integrates array antenna technology within the cellular framework, and simulates Channel Impulse Response (CIR) transmission properties. Through these features, researchers can gain deeper insights into the operational principles of cellular communication systems and understand the interactions between various components. The simulation model incorporates key functions such as channel state monitoring, interference calculation, and beamforming algorithms for array antenna operations. Additionally, this simulation tool enables performance evaluation and system optimization, contributing to the development of higher-quality communication services. The comprehensive simulation framework serves as a powerful tool for researching and enhancing cellular mobile communication systems, providing valuable references for system design and improvement.