Temperature Aware Routing Protocols for Wireless Body Area Networks to Reduce the Node Temperature

Abstract

Researchers in the tech community are focusing on wireless body area networks because of their various applications. For both military and medical applications, remote health monitoring devices were implanted into the skin of the body to detect the critical component, which is the regular and constant operation of a sensor node for a longer effect in raising the temperature of the appropriate tissue. Additionally, electromagnetic radiation from the implanted biomedical sensor nodes poses a serious risk of harming delicate human tissues. WBANs ignored the goal of energy saving and route selection optimization in favor of their primary focus on reducing temperature. A comparable QoS parameter is used to do analytical simulations. The outcome shows improved performance compared to the state-of-the-art wireless body area network in terms of node temperature, throughput, power maintenance, and temperature control