Design and Implementation of Electronics based IoT-Enabled Smart Health Monitoring System

Abstract

IoT widely utilized to address available medical resources and provide elderly patients with fast, effective, and trustworthy healthcare services. A paradigm in which the advantage of IoT may be utilized aimed at improving lifestyle of elderly grown-ups is health monitoring for active and assisted living. A healthcare-specialized IoT structure is introduced within this research. The data is gathered by the proposed architecture and forwarded to the cloud for dispensation and examination. Feedback actions can be received by the user based on the analysis of data. In order to present the enactment advantage of the proposed architecture, a prototype has been developed. Remote healthcare is of great importance for elderly and medically challenged people because it requires end-to-end networking among people, medical equipment, and service providers. Low-power, cost-effective, reliable, and wearable devices are required for spreading eminence of life. Healthcare is emphasizing home-based health care services, collaborating with ICT to reduce time consumption, improve accuracy, and interoperable platforms. Internet of Things is quickly unfolding, and 50 billion expedients will be internet associated by next few years. This implies a health monitoring system comprising of a portable remote unit and a monitoring centre for heartbeat rate, pulse rate, and temperature readings. The centre offers real-time analysis and alert warnings, but is not portable. The system employs wireless sensor technology to obtain vitality data and send it to an IoT server.