Team

EmpkinS

EmpkinS

EmpkinS

Digital Psychology Lab Hiwi

BioMAC Group

Innolab

Innolab

Administrative Assistant

• Email: theresa.straus@fau.de

EmpkinS

EmpkinS

Compression of spatial information in wideband channel measurements using generative models

Safe Monte Carlo Tree Search using Learned Safety-Critics

Fetal Re-Identification: Deep Learning on Pregnancy Ultrasound Images

Motivational UI: Enhancing Adherence and Engagement of Heart Failure Patients within a Digital Health Application

Unsupervised evaluation of anomaly detection methods based on separability algorithms

Validation of an Exergame based on Inertial Sensing for Patients with Mild Cognitive Impairment

Evaluation of Machine Learning Algorithms for Clinical Assistance in Palliative Care

Towards Generalizable Functional Connectome Fingerprinting using Siamese Neural Networks

Validation of an IMU-based motion analysis framework for the assessment of change-of-direction movements

Unsupervised Polar Bear Re-Identification

Cardiac Monitoring of Heart Failure Patients using Smartwatches

AI – driven golf swing analysis and improvement

Influence of Social-Evaluative Stress in the Virtual Reality Stroop Room

Long-Term Automated Behaviour Monitoring of Captive Polar Bears

Comparison of Algorithms for Respiratory Information Extraction from Wearable Sensors

How does Protective Equipment restrict Hockey Player’s motion? A Neural Network Approach

Analysis of real-time person detection performance on edge devices utilizing state-of-the-art detection methods

Continual Learning in Changing Environments in 5G Positioning

Increasing Health Literacy through Patient-centered Knowledge Transfer within a Digital Health Application

Analyzing the Health Status of Heart Failure Patients based on Telemonitoring Data using Machine Learning

Self-supervised Learning of Monocular Depth Estimation in Crane Environments

Machine Learning for Systems Biology: Data Analysis of IBD Patients’ Microarray Data

Analysis of data stream contribution and Optimization in Valence and Arousal Estimation using Attention

Disease classification using Eye Tracking and Stereopsis Performance