A Model Driven Engineering through Architecture Description in e-Health Systems
Date
2019
Authors
Faidi, Mohammad
Dawoud, Majdoleen
Shtawi, Linda
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Abstract
The health care industry is in a state of extreme despair and the services provided by health care are more expensive than ever. As the world’s population grows, chronic diseases have also increased markedly. The technologies and devices that support Internet of Things have developed rapidly and their solutions are currently being applied on various domains of our life where the Internet of Things has made monitoring in the health care system possible and easy which helps maintain patient safety and helps doctors to provide the best care for patient and this saves time, effort and costs. This paper focuses on the healthcare domain. First of all, this work illustrates the CAPS modeling languages used to describe the software architecture which we customize a specific language meta model of the SAML language, we can formalize the structure and constructs of the SAML languages for modeling any system related to the healthcare domain. In addition, to complete a process of modeling we gathered all the sensors used in this domain. As a simple case study of Healthcare based on Caps Framework, we established four architecture design as follow: Smart Hospital Gown Model, Smart Eyeglasses Model, Diabetes Model and Diabetes Mellitus Mobile application Model. Also,we build a specific simulator for Diabetes case study. It aims to evaluate how many doses of insulin patient needs. Moreover, design Mobile Application Diabetes mellitus type 1 patients have to help to take insulin injection 3 times a day with each meal(Bolus), and one or two injection long insulin acting(Basel). In our work, we used the CupCarbon for being able to evaluate the energy consumption of SAML Diabetes mellitus Mobile Application