Title :
Supporting heart failure patients through personalized mobile health monitoring
Author :
Triantafyllidis, Andreas ; Velardo, Carmelo ; Shah, Syed Ahmar ; Tarassenko, Lionel ; Chantler, Tracey ; Paton, Chris ; Rahimi, Kazem
Author_Institution :
Dept. of Eng. Sci., Univ. of Oxford, Oxford, UK
Abstract :
Heart failure is a common chronic condition requiring frequent attention and ongoing provision of healthcare services. In this context we present a personalized mobile-based home monitoring system aiming to support heart failure patients in daily self-monitoring of their condition. An Internet-linked tablet computer and various portable and wearable sensing devices are employed in order to monitor the patient´s physiological parameters and enable healthcare professionals to review patient´s status remotely. The proposed system supports the activation/deactivation of system functional components by healthcare professionals during run-time operation, the unobtrusive remote upgrade of the mobile system through a private application distribution channel, and the automatic recording of user interactions, in order to meet the patient´s ongoing individualized preferences and healthcare needs. Preliminary results from an observational cohort study indicate that heart failure patients find the proposed system acceptable and consider it useful for self-monitoring their condition.
Keywords :
Internet; biomedical telemetry; body sensor networks; cardiology; diseases; health care; home computing; mobile computing; notebook computers; patient monitoring; portable instruments; telemedicine; Internet-linked tablet computer; automatic recording; chronic condition; daily self-monitoring; healthcare need; healthcare service; heart failure patient support; individualized patient preference; observational cohort study; patient physiological parameter monitoring; personalized mobile health monitoring; personalized mobile-based home monitoring system; portable sensing device; private application distribution channel; remote patient status monitoring; run-time operation; system functional component activation; system functional component deactivation; unobtrusive remote mobile system upgrade; user interaction recording; wearable sensing device; Biomedical monitoring; Heart; Medical services; Mobile communication; Monitoring; Sensors; Usability; heart failure; home monitoring; mobile health; personalization; pervasive healthcare;
Conference_Titel :
Wireless Mobile Communication and Healthcare (Mobihealth), 2014 EAI 4th International Conference on
Conference_Location :
Athens
DOI :
10.1109/MOBIHEALTH.2014.7015967