A learning agent for stress multi-level diagnostics, personalised stress profiles and interventions in the work context

Smart textiles can protect firefighters from overheating. Or assist in the product development of sporting goods. Our current research helps to maintain well-being and physical and cognitive performance through the use of textile sensors.

DiMo focuses on human motion data analysis concentrating on assessing the quality of motion. The aim of the project is to measure and interpret motion and emotion through multi-sensor fusion – considering biomechanical, contextual and psychophysiological parameters. more

AID2BeWell is exploring the use of cutting-edge AI technology to develop a robot assistance system (ROSS) that recognises and responds to the mood of older people with Just-In-Time Adaptive Interventions (JITAIs) to support active and healthy ageing in their own homes.

Alpine innovation lab for AI-based innovations in alpine outdoor sports with analysis of human movements in mountain scenarios in real environments.

RoboGen develops a prototype with a learning agent, which makes gender-sensitive options accessible to all users via feedback from the users, thus enabling gender-sensitive human-robot interaction and a high degree of personalization. more

Extendable/adaptable and affordable plug & play solution in order to make the technology-familiar baby boomer generation “fit(ter)” and “fit for the use” of assistive technologies. more

Joint research activity (Veneto-Salzburg) in order to define, develop and test new “design concepts” of products and services for ageing people. more

SportSense aims at investigating the potential of sensor technology to determine motion-relevant parameters not only for alpine skiing and for running. more

Empowering communities to provide care by combining smart technology and personal assistance to maintain mobility. more

Ambient Assisted Living pilot region in Salzburg. more

The CONFIDENCE project aims at providing mobility and safeguarding assistance services to people suffer from mild to moderate forms of dementia. It intends to develop a novel community-enabled mobility safeguarding assistance service that combines “assistive technologies” with “personal help”. more

According to international studies 5 – 25 % of all patients with limited mobility (slow-goes and no-goes) are affected by bedsore (lat. decubitus). For prophylaxis and treatment of decubitus, a system will be developed, capable on the one hand to actively involve people with high decubitus risk in decubitus prophylaxis, and which on the other hand eases the encouragement of high risk patients by professional caregivers.  more

The project “SafeMotion” will develop and evaluate a new, integrated mobility safeguarding assistance system for patients suffering from dementia with “medium severity”. The goal is to adapt the system for the needs of the patients as well as their immediate surrounding by using an adaptive rule based system so that the best possible support is provided in everyday situations. The cornerstones of this concept are: complete integration of system components into everyday objects, a minimal configuration overhead, and highest reliability of alarms in a distress situations. more