Implementation of Integrated Model of Health Care System under IoT for Enhancement of Service Deliverance Power
Abstract
The IoT (Internet of Things) is a pioneering communication technology that links and interacts with objects. It is now regarded as a broad term of network technology that controls cycles and administrations to meet our modern needs, whether they are related to communications, robotics, industries, agriculture, transpiration, defense, environmental, social, surveillance, home automation, smart city, and many others, thanks to its rapid growth. In today's world, the IoT participates with an increasingly significant role, especially in the healthcare sector. By continuously inspecting the information collected, IoT can track a patient's health with a few fundamental level changes in how healthcare facilities are delivered, delivering improved outcomes, expanding efficiency and accessibility. It's an intelligent platform that can gather data, organize it, and send it to the appropriate location. This study proposes a cost-effective and long-term healthcare system from a far distance, depicting a well-coordinated IoT-based healthcare services network that uses the web and Android apps to monitor patient health condition and physiological status. In an emergency, it also sends an alert message and e-mail automatically to the concerned medical expert/doctor/closed person and informs the corresponding patient's critical situation. Because of the low cost, portability, efficacy, and ease of monitoring even from a distant locality, this enthused healthcare model will offer medical services that are particularly beneficial to people who have trouble getting to healthcare centers. This proposed model will use a Microcontroller board, a wifi module, and some decisive IoT based healthcare sensors like body temperature, blood pressure, electrocardiography, humidity and fall detection etc. to observe the initial health condition and physiological status on the screens of smart devices like computers or mobile phones.
