Key result
An intelligent medical monitoring system based on IoT was designed to successfully collect, transmit, and display real-time physiological parameters to improve medical efficiency.
Why the study?
The proportion of chronic diseases and sub-healthy people has increased, prompting the need for wireless IoT systems to remotely and continuously monitor human physiological parameters for disease prevention.
Answers are grounded in this paper and cite their sources.
The proposed IoT-based medical monitoring system enables real-time remote tracking of vital signs, potentially improving healthcare efficiency and patient experience.
With the development of my country’s economy and the continuous improvement of national health awareness, the proportion of chronic diseases and sub-healthy people has increased year by year. The concept of wireless Internet of Things for monitoring individual physical parameters has been proposed. Through the combination of the medical system and the Internet of Things, the information on human physiological parameters can be remotely monitored. At the same time, continuous measurement of several important parameters such as human blood pressure, heart rate, blood oxygen saturation, and body temperature can reflect the patient’s physiological condition in real-time, which plays a crucial role in the prevention of diseases and emergencies.In this context, this paper designs an intelligent medical monitoring system, which is composed of self-designed and developed front-end monitoring hardware equipment and medical monitoring platform, which can realize the collection and transmission of wireless sign parameters, the detection results of physiological parameters, and the processing and display results on the intelligent terminal are given. The system can improve the efficiency of medical workers and improve the patient’s experience.
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Luo et al. (2022) studied Chronic diseases. Intelligent medical monitoring system based on IoT was evaluated on Collection, transmission, and display of wireless physiological parameters. An intelligent medical monitoring system based on IoT was designed to successfully collect, transmit, and display real-time physiological parameters to improve medical efficiency.
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