Technological advancements have made intelligent monitoring devices such as integrated circuits and wireless communications smaller, lighter, and more energy-efficient. When combined with WBAN (Wireless Body Area Network), these devices can be connected seamlessly with Smart Grid and Renewable Energy Systems. Devices of this type are compact and include a power supply, resulting in limited power systems. The body’s sensors are small, and the battery cannot hold for a long time;hence, better power management strategies are required. In this paper, Energy Efficient Sustainable Network Using Network Optimization Technique (EES-NOT) is proposed to maximize the energy efficiency of the WBAN. The adaptive scheduling protocol for energy efficiency (ASPEE) is integrated with EES-NOT to enhance the network’s reliability and Quality of Service (QoS). Furthermore, a secured routing protocol for energy efficiency (SRPEE) reduces network congestion and provides optimal route selection. The simulation results show that the suggested EES-NOT model enhances the throughput, network lifetime, transmission overhead, latency, and transmission rate with an achievement of 96.3% compared to other existing approaches.
Full Text Finder