Network Simulation for Dynamic Channel Allocation

This code provides a network simulation framework for dynamic channel allocation studies. The implementation allows researchers to simulate various channel allocation schemes through configurable parameters and algorithm modules. By comparing and analyzing different allocation strategies through performance metrics such as throughput, latency, and blocking probability, users can evaluate the effectiveness of each approach. The code includes core functionalities for modeling network topology, traffic patterns, and dynamic resource management algorithms. It serves as an experimental platform for testing and validating novel allocation methods while helping researchers understand the underlying principles of dynamic channel allocation. Key components include channel state tracking, allocation decision modules, and statistical analysis tools that facilitate comprehensive performance assessment. Therefore, this simulation code is particularly valuable for researching and improving dynamic channel allocation algorithms in wireless communication systems.