Abstract
Monitoring our biosignals has become critical recently, especially since the COVID-19 pandemic. Although, due to a shortage of supplies, many do not have access to health kits. In the wake of progress and development in electronic devices available to the public in addition to increasing healthcare costs, resulting in the culmination of the e-health enterprise which is the integration of medical science with engineering theories and practices. The incorporation of technologies such as electronics and communications along with computer sciences combined with the healthcare industry inquired the possibilities to develop a system that utilizes all the available medical knowledge resources and produces accurate, reliable, affordable, and efficient healthcare services to not only aged people in need and patients with illness and disabilities but also to people working odd hours who lack time. This paper sheds light upon the existing techniques available for healthcare applications, and the benefits and importance of IoT-based medical systems and the benefits of IoT in healthcare are discussed. Our aim is to provide a systematic review of the latest research on IoT-based health care by reviewing this literature. The proposed project is to design and build an intelligent healthcare system that is based on IoT which functions by collecting the medical data of the patient from the multiple sensors and transmitting the data that has been processed and analyzed to both the patient and their doctor. It remotely monitors the patient’s biosignals and parameters and diagnoses the diseases as early as possible.
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Goel, M.K., Akhil, G., Hari Kiran, B., Jitendra, A., Tirumala Raghu Vardhan, S., Pavan, V. (2023). Analysis of Smart Health Monitoring Systems. In: Fong, S., Dey, N., Joshi, A. (eds) ICT Analysis and Applications. ICT4SD 2023. Lecture Notes in Networks and Systems, vol 782. Springer, Singapore. https://doi.org/10.1007/978-981-99-6568-7_1
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