THROUGHPUT EFFICIENCY ENHANCEMENT IN INTERNET OF HEALTH THINGS

Abstract

Internet of Health Things is an emerging technology dealing for the betterment of human health care. It is based on the usage of internet as its core technology using tiny machines. These tiny machine are enough capable of providing uninterruptable monitoring for parameters. The main obstacle of Internet of Health Things is the size of the sensors. The tiny size of sensors make them the best solution for wearing them on the body for longer span of time but have disadvantage that the size of the battery also has be of small size. In this paper a sensors have been placed in a calculated way such that they are in a better position to send recorded data to the sink. Based on the energy levels of the sensors and distance from the sink, cost function has been proposed to be used. This cost function is calculated at the end of every single round of the simulation. This help in balancing energy saving for the Internet ofMedical Thing Routing.