mobTHE (Mobile Temperature Heterogeneity Energy) Aware Routing Protocol for WBAN IoT Health Application

In this paper, we are proposing and validating “mobTHE” protocol that is designed to fill the gap in handling seamless mobile communication for on-body nodes. Therefore, tackles dis-connectivity problem resulted from sensor nodes' mobility while keeping an eye on network's sustainability terms of maximum packet throughput, prolonged node lifetime, low temperature. To provide such a balanced trade-off, utilize two Coordinator Nodes (CNs), namely, CN1 CN2. Both these CNs working as Serving CN (SCN) its closest nodes Neighbour (NCN) located far CNs, which enable collecting data different continuously. The challenge here synchronization between way optimize network resources via minimizing transmission duplication drop rate, main contribution paper. We present novel Handover (HO) mechanism during changing CNs. That HO capable redundancy packets leading minimization rate. Considering worst-case scenario where out range, exploit two-hops transmission. Parent Node (PN) selected “on demand” carry only moving moves away both rather than carrying all conserves energy PN well node. simulation analysis depicted outperforms conventional “THE” “iM-SIMPLE” protocols temperature control, WBAN overall residual energy.