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Assistive Technologies for Care and Health Professionals The work of the research group is concerned with the targeted relief of caregivers as well as the active support of the cared for with the help of innovative technologies from the fields of robotics, telecare, virtual and augmented reality as well as artificial intelligence.
Ensuring the long-term provision of nursing care is one of the greatest challenges of the future. The number of people in need of care is rising sharply, while the number of care professionals is falling. No other sector of the healthcare industry is growing as strongly as the care market, whose gross value added rose from 21.3 to 36.3 billion euros between 2006 and 2017, thus reaching the level of importance of numerous "classic" industrial sectors. The OFFIS Health research area has been facing up to these societal developments for many years, for example with the only nursing innovation center in Germany as part of the Future of Nursing cluster. Through this lead project, the area has been able to greatly expand its visibility and network within care and is now consolidating this socially relevant topic in the form of the research group: "Assistive Technologies for Care and Nursing" (ATP).
The work of the ATP group is aimed both at relieving the burden on nursing staff and at supporting the people receiving care. Technologies from the fields of robotics, telecare, virtual and augmented reality, and artificial intelligence are being used. Beyond professional care, the increasingly important group of informal caregivers, such as relatives, neighbors and friends, is also addressed in research projects. In addition, the effects of digitalization on the design of work processes are being investigated.
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Publications
2024
Entwicklung eines robotischen Telepräsenzsystems
Kirsten Harms, Tobias Krahn, Dominik Domhoff, Andreas Hein; Die Schwester Der Pfleger; 08 / 2024
Is the Robot Spying on me? A Study on Perceived Privacy in Telepresence Scenarios in a Care Setting with Mobile and Humanoid Robots
Nieto Agraz, Celia and Hinrichs, Pascal and Eichelberg, Marco and Hein, Andreas; Int J of Soc Robotics; 2024
Kinetic Connections: Exploring the Impact of Realistic Body Movements on Social Presence in Collaborative Virtual Reality
Kimmel, Simon and Landwehr, Eric and Heuten, Wilko; Proc. ACM Hum.-Comput. Interact.; November / 2024
Kompetenzzentrum für Robotik und Interaktion für die Pflege (KO:ROP)
Eichelberg, Marco and Krahn, Tobias and Stiene, Stefan and Sung, Alexander and Hülsken-Giesler, Manfred and Steffen, Yvonne and Wirth, Lena Marie and Bley, Marion and Tigges, Franziska and Pesch, Ulrike and Nordmann, Kira and Reißner, Nadine and Zimmermann, Uwe and Sternitzke, Christian and Schulze-Althoff, Ulrich and Ernst, Marc and Glende, Sebastian and Meyer, Sibylle and Hein, Andreas; Roboter für Assistenzfunktionen. Konzeptstudien für die Interaktion in der Praxis; 2024
Kriteriengeleitete Evaluation innovativer Pflegetechnologien in der Praxis
Kirsten Harms, Tobias Krahn, Fynn Bredehorn, Andreas Hein; GMDS 2024 - Abstractband; 09 / 2024
Towards automated self-administered motor status assessment: Validation of a depth camera system for gait feature analysis
Pedro Arizpe-Gómez and Kirsten Harms and Kathrin Janitzky and Karsten Witt and Andreas Hein; Biomedical Signal Processing and Control; 2024
Versorgung mit einem robotischen Telepräsenzsystem
Kirsten Harms, Tobias Krahn, Andreas Hein; mt|medizintechnik; 10 / 2024
2023
A Robotic System to Anchor a Patient in a Lateral Position and Reduce Nurses’ Physical Strain
Hinrichs, Pascal and Seibert, Kathrin and Arizpe Gómez, Pedro and Pfingsthorn, Max and Hein, Andreas; Robotics; 2023
A rule-based robotic assistance system providing physical relief for nurses during repositioning tasks at the care bed
Kowalski, Christian and Brinkmann, Anna and Böhlen, Conrad Fifelski-von and Hinrichs, Pascal and Hein, Andreas; International Journal of Intelligent Robotics and Applications; 2023
