Projects
In 2023, St. Pölten UAS’s 126 research projects generated revenue of EUR 5.6 million. Interdisciplinary projects have grown in importance in recent years as a means to identify suitable answers to modern-day issues and devise appropriate solutions.
MVPF- Visual Monitoring of Crop Production Systems: A multimodal Approach
Improving imaging techniques that are used to monitor crop production.
PEUAFLEU – Analysis of Fleuronnee
Investigating book illustrations with machine learning.
Vis4Schools
Supporting students in learning how to read, understand, and construct data-visualizations.
SPUR
Socio-sPatial framework conditions for inclusive housing for persons with complex mental health needs in rURal and small-town areas
AniVision
Animation in Ephemeral Films from Austria, East & West Germany between 1945 and 1989: A Combined Film Analysis and Computer Vision Approach
Success or Failure? A Mixed-Methods Pilot Study on the Clinical Decision-Making Ability of AI in Physiotherapy.
Are AI language models helpful in physiotherapy practice?
NEBMELK - Transformation of the Tischlerei Melk site into a replicable NEB neighbourhood
The transformation of a former industrial site in Melk into an aesthetic, inclusive, and sustainable New European Bauhaus neighbourhood.
CliMeF - Climate Media Frames
Combining methods from different disciplines to investigate communication strategies on climate change.
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.
RCC – Route Compatibility Check
Software tool to ensure interoperability within the European railway sector.
LAMORE - LAstenradplattform für warenMObilität in der REgion
Explores the feasibility of a platform for bicycle freight transport in rural regions.
Kryptovergleich
Physical methods for generating and distributing cryptographic keys.