OPTIMAL APPROACH FOR MINIMIZING DELAYS IN IOT-BASED QUANTUM WIRELESS SENSOR NETWORKS USING NM-LEACH ROUTING PROTOCOL

Abstract

IoT-based Quantum Wireless Sensor Networks (IoT Q-WSN) merge Quantum principles into the realm of Wireless Sensor Networks, introducing intricate routing challenges that demand innovative solutions for efficient data transmission. This study introduces NM-LEACH, an inventive routing protocol inspired by the leadership principles of Shri Narendra Modi. A groundbreaking feature of NM-LEACH is its distinction as the inaugural optimization protocol inspired by a human personality. NM-LEACH operates through adaptive strategies, clean coding practices, and continuous feedback loops, embodying a comprehensive and disciplined approach to network development. Through simulation in NS3, the protocol undergoes meticulous evaluation against existing counterparts. Results demonstrate NM-LEACH’s superior performance in minimizing delays and optimizing data transmission within IoT Q-WSNs. This research advances Quantum IoT and underscores the potential of drawing inspiration from human leadership qualities to innovate and enhance wireless sensor network functionality by minimizing delay and energy consumption.