Printed rGO-Based Temperature Sensor for Wireless Body Area Network Applications

This chapter discusses a Printed Reduced Graphene Oxide (rGO)-based temperature sensor for Wireless Body Area Network (WBAN) applications. The sensor is designed to monitor body temperature and facilitate real-time health monitoring. A Metaheuristic (MH) algorithm is implemented to optimize the sensor readings. MH algorithms, known for their global optimization capabilities, are employed to enhance the accuracy and energy efficiency of the temperature sensor. The integration of the rGO-based sensor and MH algorithm holds great potential for optimizing temperature monitoring in WBANs, enabling precise healthcare applications while conserving energy resources.