Routing Algorithm For WSN Based Idyllic Coverage in Sensor Networks with Efficient Area Coverage

To address the growing need for smart and connected devices in the Internet of Things (IoT), numerous routing algorithms have been developed to optimise communication in wireless sensor networks. In this paper, we describe a novel routing algorithm for IoT applications based on the energy-efficient clustering protocol (EECP). To improve network lifetime and minimise energy usage, the suggested method considers aspects such as energy consumption, network connection, and node mobility. We used real-world IoT data from a wireless sensor network to assess the performance of the suggested algorithm. We ran a series of simulations and statistical analyses to assess algorithm performance in terms of energy consumption, network lifetime, and network connectivity. Our findings show that the suggested routing method is effective for energy-efficient communication in wireless sensor networks for IoT applications. We also perform anomaly detection in the dataset to detect the anomalies.