Wireless Sensor Network Topology Generation Method

This program implements a wireless sensor network topology generation method using MATLAB. The methodology comprehensively describes the topological structure of wireless sensor networks and their generation process. During implementation, we consider multiple factors including node positioning algorithms, communication range modeling using distance thresholds, and energy consumption parameters. The code employs matrix operations for efficient node coordination storage and utilizes random distribution functions for initial node placement. Key algorithmic components include connectivity validation through adjacency matrix generation and energy-aware topology optimization routines. By using this program, researchers can better understand and analyze the topological characteristics of wireless sensor networks, providing guidance for network optimization and performance improvement. Additionally, users can modify program parameters and algorithms according to specific application requirements to generate different types and scales of network topologies. The implementation includes configurable parameters for network size, communication radius, and energy models. In summary, this program serves as a powerful tool for wireless sensor network research and development, offering modular code structure that supports easy customization and extension for various research scenarios. The implementation includes visualization capabilities for topology display and performance metrics calculation.