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.
DIRENE - Competences for the new era of user-driven digital innovation in rehabilitation
Addresses the need for furthering digital rehabilitation and the competences it requires
Evaluation of Motion Variability Using Portable Acceleration Sensors
An Examination of Human Gait Patterns with the Help of a Portable Measuring System (IMU)
GovMed – Governance of open data and digital platforms
Exploring ways in which the business activities of internet companies can be regulated.
Beyond Coding -Software Development of the Future
Making software developers familiar with key competences and upcoming key technologies for building and maintaining secure and resilient IT Systems.
Scribe ID AI
Active Machine Learning for automatic identification of handwriting in 12th century manuscripts
Active deep learning for object detection
Developing novel strategies for integrating Active and Deep Learning for Artificial Intelligence
Plant Monitoring AI
Leveraging machine learning and predictive analytics for early detection of plant stress for the benefit of sustainability in farming
IntelliGait 3D- Gait Data Mining
Establishing advanced analysis methods for modelling, classification and similarity retrieval of gait patterns to enable novel data-driven ways to access 3D gait databases
LoRaBridge – Increasing the Range of Cost-Effective Wireless Sensors
Using the LoRa technology to improve the range of remote wireless sensors.
History Made Visible: Nazi Forced Labour Camp in Roggendorf/Pulkau.
A Project on Art, Participation and Digital Spaces
Resilient Rail – Resilient sensor infrastructure in railroads
Introduces resilient systems for sensor technology used in the rail sector.
ARmEO - Augmented Reality meets Earth Observation
Processing of earth observation data to increase accessibility and and reduce barriers for their use