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This paper introduces a reliable health care system for diabetic patientsbased on the Internet of Things technology. A diabetic health care system witha hardware implementation is presented. The proposed work employs Alaris 8100infusion pump, Keil LPC-1768 board, and IoT-cloud to monitor the diabeticpatients. The security of diabetic data over the cloud and the communicationchannel between health care system components are considered as part of themain contributions of this work. Moreover, an easy way to control and monitorthe diabetic insulin pump is implemented. The \mbox{patient\textquotesingle s}records are stored in the cloud using the Keil board that is connected to theinfusion pump. The reliability of the proposed scheme is accomplished bytesting the system for five performance characteristics (availability,confidentiality, integrity, authentication, and authorization). The Kiel boardis embedded with Ethernet port and Cortex-M3 micro-controller that controls theinsulin infusion pump. The secure hash algorithm and secure socket shell areemployed to achieve the reliability components of the proposed scheme. Theresults show that the proposed design is reliable, secure and authenticaccording to different test experiments and a case study of the Markov model.Moreover, a 99.3\% availability probability has been achieved after analyzingthe case study.

A Reliable IoT-Based Embedded Health Care System for Diabetic Patients