Wireless Sensor Networks: Enhancing Network Lifetime and Scalability

This codebase delivers critical information for enhancing the operational longevity and scalability of wireless sensor networks (WSNs). Key improvements focus on dynamic energy allocation protocols and adaptive clustering algorithms that extend network lifetime while maintaining robust connectivity. The implementation incorporates load-balancing mechanisms and hierarchical routing strategies to optimize resource utilization, thereby increasing overall network performance and efficiency. These enhancements are vital for developing resilient WSN architectures capable of supporting large-scale deployments. The provided code includes modular components for topology management, energy-efficient data transmission scheduling, and scalability testing frameworks. Researchers and developers can leverage these implementations to further investigate and refine WSN capabilities, particularly through adjustments to duty cycling parameters, cluster head election criteria, and multi-hop communication protocols.