Title :
Open SOA health web platform for mobile medical apps: Connecting securely mobile devices with distributed electronic health records and medical systems
Author_Institution :
MT2IT Res., MT2IT GmbH & Co. KG, Ratzeburg, Germany
Abstract :
Doctors and nurses have become amenable and increasingly keen of using smart mobile devices and applications for health delivery support to their patients. The main challenge is to securely connect to the patient´s electronic health records in time when patient health data are needed and to access patient´s vital data online for coordinated and individual healthcare delivery. Here, we report about a service-oriented open health Web platform that has been developed for distributed systems, devices and medical IT-services. The open SOA Web platform is suited to host mobile medical apps, which provide automated online access to the vital sign data of the patient and support guided procedures to treat the patients according to individual treatment regimes. A mobile medic app for wound management IT is described that connects to the electronic wound case record of the selected patient. The app supports the healthcare professional during treatment and facilitates the documentation process.
Keywords :
Internet; electronic health records; mobile computing; patient treatment; service-oriented architecture; automated online access; coordinated healthcare delivery; distributed electronic health records; distributed systems; documentation process; electronic wound case record; guided procedures; health delivery support; individual healthcare delivery; medical IT-services; medical systems; mobile device connection security; mobile medic app; mobile medical apps; open SOA Web platform; open SOA health Web platform; patient treatment; service-oriented open health Web platform; vital sign data; wound management IT; Cloud computing; Mobile communication; Service-oriented architecture; Standards; Wounds; IEC Standard 80001; IHE; Web 2.0; Web services; business process model and notation (BPMN); coordinated health delivery; distributed medical systems and services; health IT services; hybrid cloud; integrated care environments; integrated clinical environment (ICE); mHealth; medical IT networks; medical cyber-physical systems; medical device connectivity; medical device interoperability; medical enterprise applications; openSDC; patient privacy; point of care services; private cloud; public cloud; regulated mobile medical apps; risk management; secure cloud solutions; secure service proxy; service-composed medical apps; system of systems integration; wound management;
Conference_Titel :
Emerging Technology and Factory Automation (ETFA), 2014 IEEE
Conference_Location :
Barcelona
DOI :
10.1109/ETFA.2014.7005347