Wireless Sensor Networks and Communication Protocols

Abstract

Wireless sensor networks has the potential to completely change a number of industries, including smart cities, healthcare, industrial automation, and environmental monitoring. WSNs use wireless communication between spatially dispersed autonomous sensors to track environmental or physical parameters like motion, pressure, temperature, and humidity. In this paper, we propose the trust-based approach for changing nodes with energy (TBNE) model, a trust-based strategy in a wireless sensor network. TBNE locates the network's troublesome nodes. The structure enhances node performance based on the trust concept for secure communication in WSN. Using its wireless interface, the device records a physical event and sends it to a base station. When a base station and sensor node cannot communicate directly, hop-by-hop communication is needed. The proposed approach is in a wireless sensor network called the rust-based approach for varying nodes with energy (TBNE) model. Moreover, these results are validated with two simulators for better findings.