Mobile Sink Node with Discerning Motility Approach for Energy Efficient Delay Sensitive Data Communication over Wireless Sensor Body Area Networks

The sensors nearby the static sink drains their energy resources rapidly, since they continuously involve to build routes in Wireless sensor networks, which are between data sources and sink. Hence, having limited lifespan, axing network lifetime.The mobile-sink strategy that allows move around area distribute transmission overhead multiple nodes. However, is often tall ordered practice due continuous need of establishing source nodes mobile (MS) at new position occurred its random mobility. In regard above stated argument, this manuscript proposed a novel effective for WSN with Unlike traditional contributions, relies on mobility strategies, proposal defines discerning path routing sectioned clusters WSN. titled “Mobile Sink Node Discerning Motility Approach (MSDMA) Energy Efficient Data Communication over WBAN”. method defined model sections target geographical prioritize these by delay sensitivity transmitted corresponding clusters. Further, discriminating sensitive priority define route. For estimation clusters, set metrics proposed. experimental study carried simulation assess significance suggested method. performance improvement ascended through comparative analysis performed against benchmark under divergent metrics.