Node Temperature Aware Next Hop Selection Scheme for Implant WBAN

Wireless Sensor Networks (WSNs) are a popular topic of discussion among network science academics. The Wireless Body Area Network (WBAN) is a sort of Sensor Network in which all of the nodes are located within or near the human body. Because the nodes in this network have limited resources, intra WBAN data handling strategies are required. Because this network’s working range is within and surrounding a human body, only short-range ultralow-power communications are permitted. Many protocols and data aggregation systems that are especially tailored for intra WBAN have arisen, depending on the network architecture. The majority of them treat load balancing and node energy as critical design considerations. The proposed study proposes an intra-WBAN data aggregation approach that focuses on node energy and temperature. In addition, rather than flooding, the proposed method divides data into classes and transmits data in a specified aperture. Simulations are used to assess the proposed schema’s performance. The simulation’s findings are displayed and examined.