N. E. Piro (1), L. Baumann (1), M. Tengler (1), L. Piro (2), R. Blechschmidt-Trapp (1)
(1) Institute of Medical Engineering, University of Applied Science Ulm; (2) Faculty of Mathematics, Ludwig-Maximilians-University Munich
Medical Informatics, Acceleration, telehealth, Parkinson’s disease, rotation
Background: Medical treatment in patients suffering from Parkinson’s disease is very difficult as dose-finding is mainly based on selective and subjective impressions by the physician.
Objectives: To allow for the objective evaluation of patients’ symptoms required for optimal dose-finding, a telemonitoring system tracks the motion of patients in their surroundings. The system focuses on providing interoperability and usability in order to ensure high acceptance.
Methods: Patients wear inertia sensors and perform standardized motor tasks. Data are recorded, processed and then presented to the physician in a 3D animated form. In addition, the same data is rated based on the UPDRS score. Interoperability is realized by developing the system in compliance with the recommendations of the Continua Health Alliance. Detailed requirements analysis and continuous collaboration with respective user groups help to achieve high usability.
Results: A sensor platform was developed that is capable of measuring acceleration and angular rate of motions as well as the absolute orientation of the device itself through an included compass sensor. The system architecture was designed and required infrastructure, and essential parts of the communication between the system components were implemented following Continua guidelines. Moreover, preliminary data analysis based on three-dimensional acceleration and angular rate data could be established.
Conclusion: A prototype system for the telemonitoring of Parkinson’s disease patients was successfully developed. The developed sensor platform fully satisfies the needs of monitoring patients of Parkinson’s disease and is comparable to other sensor platforms, although these sensor platforms have yet to be tested rigorously against each other. Suitable approaches to provide interoperability and usability were identified and realized and remain to be tested in the field.
Ok-Nam Bae* 1, Young-Dae Kim* 1, Kyung-Min Lim 1,2, Ji-Yoon Noh 1, Seung-Min Chung 1, Keunyoung Kim 1, Suyoung Hong 1, Sue Shin 3, Jong-Hyun Yoon 3, Jin-Ho Chung1
Thromb Haemost 2008 100 1: 52-59
Section 4: Sensor, Signal and Imaging Informatics
H. Müller, Managing Editor for the IMIA Yearbook Section on Sensors, Signals, and Imaging Informatics
Yearb Med Inform 2008 : 64-64
Section 3: Health Information Systems
C. Bréant, Managing Editor for the IMIA Yearbook Section on Health Information Systemsar
Yearb Med Inform 2008 : 52-54