Our research projects include both basic and applied research at the intersection of health, social care, and digital technologies.
Projects
IMPROVE
Framework to IMPROVE the Integration of Patient Generated Health Data to Facilitate Value Based Healthcare.
ADAL
AI server for large-scale data driven research.
PROGRESS
Validation of a Cost-Effective Smartphone-Based 3D Gait and Motion Analysis System for Capturing Movement Kinematics in Children with Cerebral Palsy.
ACCESS
Assessing clinically relevant biomechanical biomarkers in the field to predict physical functioning and health in patients with knee osteoarthritis: a nation-wide citizen science approach.
E³UDRES² 2.0
Promoting Smart and Sustainable Regions as an Engaged and Entrepreneurial European University.
XR2Resilience
An Extended Reality training program to improve the resilience of health care workers.
VReeze
Developing an Open-Source Virtual Reality for improving treatment of Freezing of Gait.
EyeQTrack - Quantitative Eye-Tracking Analytics for Adaptive XR Training & Rehabilitation in Healthcare
A self-adaptive eXtended reality environment for training and therapeutic purposes.
Applied Biomechanics in Rehabilitation Research
Endowed professorship of the province of Lower Austria to strengthen and expand the research focus on motor rehabilitation
ULTRASKEL3D
Ultrasound-Based Skeletal 3D scans for Personalized Musculoskeletal Modelling.
3WinPA
Socio-technical solution for a healthy and climate-competent life of nursing relatives in caring communities.
deepForce - Pushing the limits of rapid estimation of knee joint contact force estimation in clinical gait analysis by Machine and Deep Learning
Machine learning methods to enable more clinicians to use data obtained by gait analyses for diagnosis.