Wireless Sensor Networks Consistent and Honest Routing Scheme

A key concern in large-scale dense wireless sensor networks is the efficient usage of energy (WSNs). There is a better likelihood of redundant data due to more number of nodes within these networks. In order to conserve energy, since energy efficiency is a big concern for WSNs, data fusion and aggregation should be subjugated. On in-between nodes, surplus data can be aggregated, minimizing connectivity costs and energy utilization by reducing the number of messages sent between sensor nodes. To save resources in WSNs, the proposed study uses In-Network data collection and energy-saving protocol (LEACH). Providing the security and credibility of aggregated data during routing is a daunting challenge in the aggregation process. To classify malicious nodes within clusters, protection can be given by determining the confidence value between the cluster heads and cluster members based on their node identities. The results of our proposed work include an optimal approach to the problems of energy use and protection in the WSNs.