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Smart Health Monitoring System through IOT | IEEE Conference Publication | IEEE Xplore

Smart Health Monitoring System through IOT


Abstract:

IOT is one of the booming field in forthcoming years and plays a major role in the field of health care. IOT helps in connecting the people by empowering their health and...Show More

Abstract:

IOT is one of the booming field in forthcoming years and plays a major role in the field of health care. IOT helps in connecting the people by empowering their health and wealth in a smart way through wearable gadgets. Recent improvement in wireless sensor networks have created a new trend in internet of things. Smart health is important application in Internet of things. Patients with abnormal health conditions can be quickly monitored through smart health care system and provide a rapid solution for the patients. This type of solutions can be encountered through wearable gadgets that continuously monitor the activity and condition of the patient in a predictable method. The main aim of this work is to provide an extensive research in capturing the sensor data's, analyzing the data and providing a feedback to patients based on different health parameters.
Date of Conference: 04-06 April 2019
Date Added to IEEE Xplore: 25 April 2019
ISBN Information:
Conference Location: Chennai, India

I. Introduction

THROUGHPUT 20th century there is a drastic change in technology as well and also in the field of wireless networks and automation which seems to be huge wave before decades[1]. Internet has grown everywhere to access the services and smart things from anywhere on anytime at anyplace. In this internet of things (IOT) is playing an immense role in the field of automation and wireless technology for a decades. The Internet of Things (IOT) can fully exploit the potential of networking and alter the device of innovative services to over-scale scenarios such as home automation, building automation, intelligent cities and health care[2]-[4]. This creates a new language for the connection between machine to machine (M2M) and human to machine (H2M). IOT applications can take advantage of massive distribution and overview of sensitive object deployments by means of small device with a microcontroller, a communication (wired or wireless) interface, an influencing range and a group of sensors and actuators used for environment interface[5].

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References

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