An Enhanced Energy Efficient Protocol for Wireless Body Area Network

Energy-efficient, heat aware and mobility handling Protocol is a routing mechanism for Wireless Body Area Networks (WBANs) is a prototype for using various sensors implanted inside and on the human body has been defined. Multi-hop data communication network is used for typical data transmission, whereas direct transmission is used for critical real time data. Sensing the heat generated by the implanted sensor nodes is one of the most difficult tasks in WBASNs. The suggested routing protocol is thermally aware, meaning it detects connection hotspots and redirects traffic away from them. The human body's constant motion leads prior formed linkages to become disconnected. As a result, mobility assistance and energy management are used to address the issue. This research work presents a linear programming (LP) approach for maximal information extraction and minimal energy use by having an over look on distance(d) between nodes and their residual energy (RE).