Biomedical Devices and Systems Wearable, on-body or implated devices offer many people a significantly higher level of quality of life. Formal methods and smart interaction paradigms play an important role in the design of these medical devices.
Today, the patient is no longer the passive object of a medical treatment performed on him by doctors, but a partner at eye level who takes responsibility for himself, makes decisions and actively shapes his own health. However, as medical laypersons they need support in several respects, both as patients and as healthy persons. Wearable, on-body or implanted devices can make significant contributions here, provide targeted and needs-oriented information, compensate for restrictions, for example due to disability and chronic diseases, and have a direct effect on the body and physiological processes as medical devices/medical technology.
But healthy living does not only affect older people. Adolescents must learn to take responsibility for their own health. This is challenging and becomes particularly difficult when psychological problems are added. On-body sensors can measure physiological parameters such as heart rate variability, respiratory rate or movement patterns and, based on these, bring elements of behavioral therapies into everyday life.
The BMS Group focuses on
- research into telemedical procedures for querying and controlling implanted or near-body systems
- formal verification of safety-critical medical devices and compliance with the Medical Devices Act and the Medical Device Directive
- research into predictive maintenance approaches for implanted systems
- merging digital and physical/adaptable objects to reduce the effort involved in interacting with complex systems
- the design of generic interaction paradigms in ubiquitous IoT environments
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Dr.-Ing. Frerk Müller-von Aschwege
E-Mail: Frerk.Mueller-von.Aschwege(at)offis.de, Phone: +49 441 9722-146, Room: E50
Projects
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Publications
2021
ActiThings: Reminders for physical activity exercises in daily lives of inactive older adults
Meyer, Jochen and Beck, Elke and von Holdt, Kai and Koppelin, Frauke and Pauls, Alexander and Boll, Susanne; IEEE International Conference on Healthcare Informatics; 2021
Die „Fit im Nordwesten“-Toolbox
Peters, Manuela and Ratz, Tiara and Muellmann, Saskia and Meyer, Jochen and von Holdt, Kai and Voelcker-Rehage, Claudia and Lippke, Sonia and Pischke, Claudia R.; Prävention und Gesundheitsförderung; 2021
Opportunities and Challenges for Long-Term Tracking
Epstein, Daniel A and Eslambolchilar, Parisa and Kay, Judy and Meyer, Jochen and Munson, Sean A; Advances in Longitudinal HCI Research; 2021
2020
A Life of Data: Characteristics and Challenges of Very Long Term Self-Tracking for Health and Wellness
Meyer, Jochen and Kay, Judy and Epstein, Daniel A. and Eslambolchilar, Parisa and Tang, Lie Ming; ACM Trans. Comput. Healthcare; March / 2020
Application of Activity Trackers among Nursing Home Residents—A Pilot and Feasibility Study on Physical Activity Behavior, Usage Behavior, Acceptance, Usability and Motivational Impact
Auerswald, Tina and Meyer, Jochen and von Holdt, Kai and Voelcker-Rehage, Claudia; International Journal of Environmental Research and Public Health; 2020
Implementation and Effects of Information Technology-Based and Print-Based Interventions to Promote Physical Activity Among Community-Dwelling Older Adults: Protocol for a Randomized Crossover Trial
Pischke, Claudia R and Voelcker-Rehage, Claudia and Peters, Manuela and Ratz, Tiara and Pohlabeln, Hermann and Meyer, Jochen and von Holdt, Kai and Lippke, Sonia; JMIR Res Protoc; 2020
Improved aftercare in LVAD patients: Development and feasibility of a smartphone application as a first step for telemonitoring
Schmidt, Thomas and Mewes, Philipp and Hoffmann, Jan-Dirk and Müller-von Aschwege, Frerk and Glitza, Jenny I and Schmitto, Jan D and Schulte-Eistrup, Sebastian and Sindermann, Jürgen R and Reiss, Nils; Artificial Organs; 2020
Pulse Transit Time Estimation for Blood Pressure Measurement in Patients Implanted with a Left Ventricular Assist Device
M. Ahmad, J. Glitza, F. Müller-von-Aschwege, A. Hein and B. Cauchi; Oktober / 2020
Telemedical Concepts for Heart Failure Patients Treated with a Wearable Cardioverter Defibrillator.
Nils Reiss, Thomas Schmidt, Jan-Dirk Hoffmann, Steffen Kunzendorf, Georg Luegmair, Tobias Tröger, Christian Buj, Frerk Müller-von Aschwege; Studies in health technology and informatics; 6 / 2020
2019
Analysis of LVAD Log Files considering the circadian Rhythm for the early Thrombosis Detection
J. I. Glitza, F. Müller-von Aschwege, C. Feldmann, R. Wendl, J. D. Schmitto, N. Reiss, T. Schmidt, A. Hein; The International Journal of Artificial Organs; August / 2019
