REAL-TIME SYSTEM FOR MONITORING RESPIRATORY DISEASES IN USING THE INTERNET OF MEDICAL THINGS

Abstract

The task of creating a real-time system for monitoring respiratory diseases is relevant. Therefore, our research is devoted to the design of a real-time system for monitoring respiratory diseases using the Internet of Medical Things, which involves the development of a mobile application or web service that will interact with various IoMT devices such as fitness bracelets, smart watches, heart rate sensors, etc.

The real-time system for monitoring respiratory diseases using IoMT is designed to monitor vital signs (body temperature, saturation, respiratory rate, pulse, blood pressure, etc.).

The real-time system for monitoring respiratory diseases using the Internet of Medical Things allows you to track changes in indicators to monitor the dynamics of the disease and timely identify possible risks and prevent complications. The system is implemented as a mobile application that interacts with various IoMT devices to collect data on body temperature, saturation, respiratory rate, heart rate, systolic and diastolic blood pressure. The data is transferred to the server, where it is analyzed and used to assess the patient's health status. Such an application can be useful in the treatment of patients with respiratory diseases both in medical institutions and at home. The doctor can view the indicators in real time. Reports are also generated for each patient and all indicators are recorded. After authorization, the user has access to his or her indicators in the database and can view them, as well as view indicators in real time. If necessary, the system generates a report that can be downloaded to a smartphone.

The real-time system for monitoring respiratory diseases using the Internet of Medical Things includes the following components: sensors; data collection and transmission system; cloud server; mobile application; data analytics and comparison service; notification system.