A study of integration Internet of Things with health level 7 protocol for real-time healthcare monitoring by using cloud computing

Analysing the Performance of a Real-Time Healthcare 4.0 System using Shared Frailty Time to Event Models

“…The four main routinely monitored vital signs are blood pressure, body temperature, respiration rate and pulse rate which indicate the state of a patient's essential body functions. Fluctuations in these vital signs may indicate the changes in functioning of the patients' body, the severity of their illness and the urgency in which it needs to be treated [1]. The body of an ICU patient is very frail.…”

“…This set of standards defines the framework for exchange, sharing and retrieval of electronic health information, which are necessary for smooth integration between a variety of systems. This data is normally stored in electronic medical records (EMR) for the purpose of further processing [1] [7]. The continuous flow of data from multiple different sources creates a highly complex dynamic environment thus raising the need for an appropriate real-time clinical response.…”

Integration of Internet of Things and cloud computing: a systematic survey

“…The aim of the integration of IoT and cloud computing is turning some ordinary resources like sensors, work processes, and machines to smart things, and entitling customers with reliable and flexible deciding tools [50]. Plathong and Surakratanasakul [51] have presented a logical framework of Health Level 7 protocol with the integration of IoT for real-time healthcare monitoring, using cloud computing. Díaz et al [52] have presented λ-CoAP, an innovative architecture with real-time requirements for integrating IoT and cloud computing.…”

“…Plathong and Surakratanasakul [51] have presented a logical framework of a combination of Health Level 7 protocol with the IoT via cloud computing for providing real-time monitoring. The aim of this logical framework is helping elders or anyone to check health care everywhere using the medical device of IoT.…”

IoT based Automatic Light Control with Temperature Monitoring and Alert mechanism

“…This enables LED to switch on and the same output will be reflected on to the Thingsboard platform. It is implemented with MQTT [9] (MQ Telemetry Transport) protocol which is used for sending the data to cloud and IoT level 4 [10] used to collect the data in the cloud from IoT devices. This section discusses the different components that are used in the system.…”