Smart Health Monitoring System Based On IoT Using Red-Actaton

Human Body communication is a developing field through which data is transmitted and received using body channel communication. In Internet of Things (IoT), large amount of data are processed and communicated through Human body communication .Health monitoring and prediction is most important now a days since number of patients and diseases are increasing in recent years. Hence efficient smart health care equipment is required. Hence a power management technique for prolong and continuous ECG monitoring based on critical data and energy level of battery is proposed in this paper. In this Health Monitoring System which is based on IoT, wearable devices can be connected to monitor different biomedical signals such as ECG, Breathing level and Temperature. In order to ensure continuous monitoring of health over a long period of time in Wireless Body Area Network (WBAN), power management is a key requirement. To reduce the power consumption, a light-weight power management controller is introduced based on the present status of ECG data and battery. The proposed architecture saves up to 27% power consumption in WBAN compared to the conventional architecture without incurring significant overhead.