Individual MATLAB Wireless Sensor Network (WSN) Simulation Program

This document presents an individual MATLAB program specifically developed for Wireless Sensor Networks (WSN) research and applications. The program features comprehensive simulation capabilities addressing key WSN challenges such as node deployment strategies, energy consumption modeling, routing protocols implementation, and network topology optimization. The implementation utilizes MATLAB's computational strengths to simulate sensor node behaviors through object-oriented programming approaches. Key components include: - Network initialization functions configuring node parameters (position, transmission range, battery capacity) - Energy model algorithms tracking power consumption during sensing, processing, and communication operations - Routing protocol implementations (such as LEACH or directed diffusion) with customizable parameters - Data aggregation methods and packet transmission simulations - Visualization tools for real-time network topology monitoring and performance metrics display The program structure employs modular design, allowing researchers to easily modify specific components like routing algorithms or energy models without affecting the core simulation framework. Through detailed event-driven simulations, users can analyze network lifetime, packet delivery ratios, and latency under various configurations. This MATLAB implementation serves as a valuable tool for WSN protocol validation, performance comparison studies, and educational purposes in wireless networking courses. The code includes comprehensive comments and parameter documentation to facilitate customization for specific research requirements.