Improvement of Network Lifetime and Throughput of Transmission Model Energy Consumption in Wireless Body Area Network

Wireless body area network (WBAN) finds great application in healthcare systems. For health monitoring it is essential that an authentic data reaches the sink node, which is then forwarded to external healthcare application. The untrusted sensor nodes hamper the performance of WBAN network. Further, the energy consumption of sensor nodes should be efficient for improving the throughput of the network. The sensor node classification approach will be proposed in future work to improve the efficiency of WBAN even more. This classification approach prominently depends upon feature extraction and these features are obtained from the implemented transmission of WBAN. Here in this paper, the performance of the network is analyzed in terms of network lifetime, throughput, residual energy and path loss. Further, the futuristic approach of using and manipulating WBAN data is discussed.