Integrating a Novel Scheme for Enhanced Energy Efficiency in Human Body Area Networks (HBAN) with Mobile Sink and Cluster Head selection

From energy consumption perspective in Wireless Sensor Networks (WSNs), path routing of sensor nodes is a difficult and challenging task. In routing protocols Clustering techniques performs a vital role to lengthen the stability and network lifetime. In this paper, routing protocols is designed that emphasize on coverage-keeping and connection-maintaining. As routing sensed information can harm humans so sensor nodes are carefully placed in populated areas. This is the only way one can achieve maximize civic lifetime with complete protection. To achieve this in WSN network cluster head, the problem here can be named as a gateway-master and cluster selection. The proposed work makes use of cluster head selection technique on Human Body Network by implementing it in Mobile networks. The assumption is made that the receiving node can be positioned outside and inside the monitoring area, and cluster master node can be chosen to collect all uncover places.