ABSTRACT
Over recent years, we've seen an increase in the use of smart medical devices and IoT devices, which are drastically altering the way healthcare is delivered throughout the world. Carrying out AI on the massive quantity of data generated by wearable sensor networks, a mix of cloud and Internet of Things (IoT)architectures are frequently used to develop smart healthcare, accomplished by sustaining near-real-time requests. Regardless, reaction time and cloud system availability, as well as security and privacy, remain important challenges that preclude Internet of Medical Things devices and infrastructures from obtaining a dependable and actual answer to the goal. Recently, there has been a surge of attention toward constructions and methodologies that use edge and fog calculations to compensate for the fog's shortcomings. In this chapter, we suggest a brief overview of the overall usage of IoT technology in achieving care of well-being, initially with early well-being intensive care systems based on wearable sensors and continuing to a review of the newest developments in fog/edge computing for smart well-being.
