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- Title
Fault Tolerant and Scalable IoT Based Architecture for Health Monitoring.
- Authors
Bilagi, Shridhar S.; Pavithra S. M. C.; Ramya R.; Renuka; Sindhuja S. R.
- Abstract
Health monitoring systems integrated into a telemedicine system are novel information technology that will be able to support early detection of abnormal conditions and prevention of its serious consequences. Many patients can benefit from continuous ambulatory monitoring as a part of a diagnostic procedure, optimal maintenance of a chronic condition or during supervised recovery from an acute event or surgical procedure. Even there are situations that the patients should be monitored continuously for certain parameters. With the increasing in the aging population, the health of the elderly caused widespread concern. The recently developed body sensor networks (BSN) have been confirmed to be a low cost and efficient way for elderly health monitoring. We mainly introduced the design of a ZigBee based personal health device monitoring system which consisted an embedded system with sensors transmitting the details of the person and at another end the reception of the data is done which also displays the health status of same person. The Internet of Things (IoT) is one of the major technological trends which is utilized to monitor natural and human made resources to help in predicting and detecting exigency events like flood, fire, gas and water leak that can pose an intimidation to human life. This system describe a novel wireless health weather monitoring station that uploads person's health information received from the array of sensors to cloud database from a remote location which can be monitored from anywhere.
- Subjects
FAULT tolerance (Engineering); WIRELESS sensor networks; MICROCONTROLLERS; STRUCTURAL health monitoring; INTERNET of things; BODY sensor networks
- Publication
International Journal of Recent Research Aspects, 2018, p62
- ISSN
2349-7688
- Publication type
Article