Architectural Model of e-health PHR to Support the Integrated Cross-border Services

Savoska, Snezana and Jolevski, Ilija (2019) Architectural Model of e-health PHR to Support the Integrated Cross-border Services. In: ISGt conference 2018, 16, 17 November 2018, Sofia.

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E-Health concepts are emerging technologies useful and desirable for a wider population covered by a large group of users and in many countries. Involved in wider health systems, the Personal Health Record (PHR) concept is very useful both for healthcare institutions and for patients. If the concept is applicable to multiple health systems in more than one country, it can provide controllable exchange of patient health data in order to support the health systems of the countries where it is implemented, taking into consideration the legal regulations of each of the countries for the patients’ personal health record data protection. For all this to be a reality, a well-designed IT architecture is needed. This architecture has to support the PHR concepts and ensure the proper collection and use of data for e-health, especially for vital signs of living, data collected from medical devices with sensors, which are available to those who need them. These data have to be connectable to other health systems in the country aiming to improve the patient's health service. Cross4all project of the IPA2 Interreg program 2014-2020 aims to create the conditions for the development of e-health PHR systems in the cross border area that will have the appropriate architecture to support the legal requirements of the countries participating in the project and to improve health and social services in the cross-border regions as a pilot project, applicable to wider areas. This paper highlighted some aspect of the developed cloud architecture for Cross4all project connected with usage of mobile devices.

Item Type: Conference or Workshop Item (Paper)
Subjects: Scientific Fields (Frascati) > Engineering and Technology > Electrical engineering, electronic engineering,information engineering
Divisions: Faculty of Information and Communication Technologies
Depositing User: Prof. d-r. Snezana Savoska
Date Deposited: 18 Jun 2020 13:43
Last Modified: 18 Jun 2020 13:43

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