Hameed AlQAHERI1, R. SUJATHA2*, Jyotir Moy CHATTERJEE3,
Sridharan SHOORIYA2, Sai Aswin KUMAR J2, Neha SATISH2
1 College of Business Administration, Kuwait University, Kuwait
2 SITE, Vellore Institute of Technology, Vellore, India
email@example.com (*Corresponding author), firstname.lastname@example.org,
3 Department of IT, LBEF & Scientific Research Group in Egypt, Kathmandu, 44600, Nepal
Abstract: The incubator is an encased device whose inward ecological system is disconnected from the surrounding climate. It creates an ideal climate for the incubation process and is an indispensable device for premature infants as these children are prone to developing health problems that would affect the conditions of their growth and development. A low-cost, IoT-based autonomous Incubation System that would create an ideal environment for premature children to help them to grow to maturity would be invaluable, especially for rural areas that lack adequate medical facilities. Such a system would significantly reduce the mortality rate of premature infants. This paper focuses on designing a framework for such a system in which the temperature and humidity are autonomously controlled. A secured incubation system was developed using IBM Cloud, IBM Watson IoT platform, and MIT App Inventor.
Keywords: Incubator, IoT, Premature infants, Cyber security, Cyber-attack prevention.
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Hameed AlQAHERI, R. SUJATHA, Jyotir Moy CHATTERJEE, Sridharan SHOORIYA, Sai Aswin KUMAR J., Neha SATISH, Toward an Autonomous Incubation System for Monitoring Premature Infants, Studies in Informatics and Control, ISSN 1220-1766, vol. 30(4), pp. 121-131, 2021. https://doi.org/10.24846/v30i4y202111