Title of article :
Patient Health Monitoring based on Cloud Computing using the Message Queuing Telemetry Transport Protocol
Author/Authors :
Abdul-Rahaim ، Laith A. Department of Electrical Engineering - College Engineering - University of Babylon , Jassim ، Shahad W. Department of Electrical Engineering - College Engineering - University of Babylon
From page :
109
To page :
116
Abstract :
Recent developments in the field of internet innovation have made it feasible for new methods to be developed for the delivery of medical care. Sharing of resources may be encouraged via the use of network infrastructure and shared points of access. Patient data and clinical information make the Internet an ideal tool for the many applications that include remote patient monitoring. In this paper, we provide an experimental model that was developed for monitoring and checking on the patient’s current state of health using sensors. The framework is dependent on an e-health sensor that is connected to a cloud platform. The cloud platform is responsible for collecting the data that is gathered from the sensors through the Arduino microcontroller. The data collected by the sensors includes readings from body temperature, heart rate, and oxygen. The data then is easily available for further processing, including the analysis of certain correlations between the measured parameters and the health status of the patients.
Keywords :
Healthcare , Internet of Things , ESP32 , ICU , Monitoring , eCG , Respiratory monitoring , SpO2 , Message Queuing Telemetry Transport protocol , Arduino
Journal title :
Majlesi Journal of Electrical Engineering
Journal title :
Majlesi Journal of Electrical Engineering
Record number :
2758512
Link To Document :
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