Internet of things in health management systems: A review

Abstract

In today's health care context, the application of the Internet of Things (IoT) offers suitability for doctors and patients as we can use them in many medical fields. So, we have emphasized the particular use of the IoT in medicine and health care, such as clinical devices management, medication management, clinical data management, distant medicine, mobile medical care, and individual health management. We have done an organized review to enhance health management systems via many up-to-date IoT-oriented health care applications. The article approbates with the methodological necessities of systematic literature reviews. We have identified several issues caused by the quick acceptance of IoT-oriented systems' health management. IoT necessitates new safety infrastructure, according to the novel practical principles. Outcomes illustrate that health experts can assist in supplying necessities, information, or standards to improve IoT devices or systems. Also, they are able to present novel fields or applications for which IoT is fit. This survey aids the hospitals and relevant institutions to recognize IoT needs. Also, the article will serve as an initial location for future IoT security management and design. Policymakers and opinion formers need to understand the IoT and its implications.

Complex Pignistic Transformation-Based Evidential Distance for Multisource Information Fusion of Medical Diagnosis in the IoT

“…A variety of publications have been presented to handle the problems of the medical IoT. The medical IoT technologies are mainly classified into two ares: remote monitoring and big data analysis [41].…”

The Growth of Internet of Things (IoT) In The Management of Healthcare Issues and Healthcare Policy Development

“…Healthcare resources are constrained and there is a need to develop an effective means through which the issue can be handled effectively. Developing a sustainable healthcare sector is vital in the delivery of healthcare services to all in the society [6]. For instance, in the developing world, healthcare services are not accessed by many people and there are limited resources to develop highly effective healthcare systems [7].…”

A Proposed Application for Controlling Overweight and Obesity within the Framework of the Internet of Things

“…Furthermore, the idea of networking, communication, extensibility, and security can involve the design of IoTarchitecture [14]. Because objects in the IoT transfer geographically and can be authorized to gather data from things and the environment that surround them [13], the recognitions of IoT sensors and the Radio Frequency Identification System (RFID) have allowed machines and computers to understand and recognize the environment through radio waves in real time without the intervention of humans [14,15].…”

“…Purpose architecture is the realization of the best possible communication between devices, people, and things in the IoT. e role of Service-Oriented Architecture (SOA) is imperative for service providers and users as it also guarantees interoperability between heterogeneous devices in multiple ways [15]. e idea behind SOA is a complex system that has functionalities and capabilities summarized in a common set of services and set of well-defined simple objects or subsystems, where these are maintained individually.…”

“…On the other hand, challenges like the reliability of patient data, security, and privacy need to be addressed in this application domain [17]. In addition, optimizing these challenges can lead to many improvements in the security of medical data, service availability, redundancy, unpredictable performance, legal aspects, and other concerns [15,18,19].…”