MATLAB Simulation of Hierarchical Inter-Cluster Routing Communication Method

In this document, I have developed MATLAB simulation code for hierarchical inter-cluster routing communication in wireless sensor networks. The implementation includes key algorithmic components such as cluster head selection using energy-aware criteria, hierarchical data transmission protocols, and route optimization mechanisms. The code features functions for network initialization, cluster formation algorithms, and inter-cluster communication scheduling, which collectively generate comprehensive lifetime diagrams showing network performance over time. This simulation framework employs energy-efficient routing strategies that balance load distribution among cluster heads, extending overall network longevity. Researchers can utilize this code to analyze and evaluate various inter-cluster routing methodologies, while the modular structure allows for easy customization of parameters and algorithms. Additionally, the simulation serves as an effective educational tool, helping students understand practical implementations of wireless sensor network protocols and communication hierarchy design. The code includes visualization functions that plot network topology, energy consumption patterns, and lifetime metrics, providing clear analytical insights. Overall, this simulation package offers valuable resources for both research and academic purposes, supporting advanced studies in wireless sensor network optimization.