Comprehensive Cellular Network Simulation with Channel Allocation and Handoff Mechanisms

This program provides a comprehensive simulation of cellular networks, primarily focusing on channel allocation, handoff mechanisms, and related cellular operations. The simulation framework implements key algorithms for dynamic channel assignment and handoff decision-making processes. Through this simulation environment, we can conduct detailed studies of cellular network operation mechanisms, including various channel allocation methods (such as fixed, dynamic, and hybrid approaches) and handoff strategies (like hard handoff, soft handoff, and their implementation logic). The program incorporates realistic network models with base station positioning, mobile user movement patterns, and signal strength calculations. By analyzing simulation results, researchers can gain deep insights into cellular network working principles and optimize network performance parameters. This simulation tool covers all essential aspects of cellular networks, enabling better understanding and investigation of network behavior under different conditions and configurations.