| Exploring Inhibition in Vision Transformers | George Azzopardi, Peter van der Wal | Open | NA | NA | NA |
| Sensor Fusion Methods for Human Activity Recognition Using Machine Learning | George Azzopardi, Resul Adanur | Open | NA | NA | NA |
| Deep Learning Pose Estimation for Medical Videos | George Azzopardi, Rafael Martínez García Peña | Open | Open | NA | NA |
| Feature Generation for Medical Disease Classification | George Azzopardi, Rafael Martínez García Peña | Open | Open | NA | NA |
| XAI for Vision Models in Movement Disorders | George Azzopardi, Rafael Martínez García Peña | Open | Open | NA | NA |
| Machine Learning Perspective: Learning Dynamics in Truly Sparse Ensembles | George Azzopardi, Peter van der Wal, Otavio Citton, Michael Biehl | Open | Open | Open | NA |
| Statistical Physics Perspective: Analysis of Sparsity in Shallow Neural Networks | George Azzopardi, Peter van der Wal, Otavio Citton, Michael Biehl | Open | Open | Open | NA |
| Deep Learning Super-Resolution for Fast Electron Microscopy | George Azzopardi, Changmin Tian | Open | Open | Open | NA |
| Shape-Aware Robustness: When Does It Work and When Does It Fail | George Azzopardi, Sabatino Esposito | NA | Open | NA | Open |
| Understanding ShapeBlend through Frequency Analysis | George Azzopardi, Sabatino Esposito | Open | Open | Open | Open |
| Shape-Aware Augmentation for Robust Image Segmentation | George Azzopardi, Sabatino Esposito | Open | Open | Open | Open |
| Understanding Robustness in Transformers through Shape Emphasis | George Azzopardi, Sabatino Esposito | Open | Open | Open | Open |
| Push-Pull Shape Enhancement with Edge-Preserving Smoothing for Robust Image Classification | George Azzopardi, Sabatino Esposito | Open | NA | Open | NA |
| Data Processing Pipeline for Automated Gait Diagnosis (collaboration with UMCG) | D. Karastoyanova, M. Medema, UMCG | Open | Open | Open | N/A |
| Interactive Visualisation of Gait Impairments to Support Clinical Reasoning | D. Karastoyanova, M. Medema, UMCG | Open | Open | Open | Open |
| Extracting Lower-Body and Full-Body Segments from Video Data used in Clinical Gait Analysis | D. Karastoyanova, M. Medema, UMCG | Open | Open | Open | Open |
| Review of Business Process Modelling Extensions for Environmental Sustainability | D. Karastoyanova, M. Medema | Open | Open | Open | N/A |
| Comparison of Architectural Approaches for Extending Process Engines | D. Karastoyanova, M. Medema | Open | Open | Open | Open |
| Integrating Eclipse Arrowhead Service Providers into BPMN Modelling Tool | D. Karastoyanova, M. Medema | N/A | Open | Open | Open |
| Process Blocks — BPMN for Kids | D. Karastoyanova, M. Medema | Open | Open | Open | Open |
| Creating a Flexible Pipeline to Generate Realistic Synthetic Data (collaboration with UMCG) | D. Karastoyanova, M. Medema with UMCG | Open | Open | Open | Open |
| Visualising Geographical Information at Various Scales (collaboration with UMCG) | D. Karastoyanova, M. Medema with UMCG | Open | Open | Open | Open |
| Developing a Solution to Visually Explore Performance Metrics of Synthetically Generated Data (collaboration with UMCG) | D. Karastoyanova, M. Medema with UMCG | Open | Open | Open | Open |
| Evaluation Framework to Quantify Accuracy, Privacy, and Utility of Synthetically Generated Data (collaboration with UMCG) | D. Karastoyanova, M. Medema with UMCG | Open | Open | Open | Open |
| Survey on the Composability of Digital Twins | D. Karastoyanova, M. Medema | Open | Open | Open | N/A |
| Provenance of Adaptation in workflows — Architecture and Implementation | D. Karastoyanova, Ludwig Stage | Open | Open | Open | NA |
| Visualization of Provenance information of adaptive workflows | D. Karastoyanova, Ludwig Stage | Open | Open | Open | NA |
| Identifying Impact of Process Activities on Process KPIs using network analysis and process logs | D. Karastoyanova, M. Riveni | Open | Open | Open | NA |
| Model Checking for Environmental Sustainability | D. Karastoyanova, H. Groefsma, M. Medema | Open | Open | Open | NA |
| Checking Runtime Compliance of Environmental Constraints | D. Karastoyanova, H. Groefsma, M. Medema | Open | NA | Open | NA |
| Predictive Monitoring to Detect Violations of Key Environmental Indicators | D. Karastoyanova, H. Groefsma, M. Medema | Open | NA | Open | NA |
| Adding Runtime Compliance Checking Service to Conventional BPMN Workflow Engine | D. Karastoyanova, H. Groefsma, M. Medema | NA | Open | NA | Open |
| Distributed RSA accumulators — Efficient set membership proofs in zero-knowledge | D. Karastoyanova, T. Bontekoe | Open | NA | Open | NA |
| Catching Cheaters with Evidence — Covert Security in Multi-Party Computation with Public Verifiability | D. Karastoyanova, T. Bontekoe | Open | NA | Open | NA |
| Privacy Resource Allocation for Differential Privacy — Balancing the Privacy Budget in the Shuffle Model | D. Karastoyanova, T. Bontekoe | Open | NA | Open | NA |
| Verifiable Federated Learning — Privacy-Friendly Authenticated Machine Learning | D. Karastoyanova, T. Bontekoe | Open | NA | Open | NA |
| Verifiable Private Random Sampling — Verifiable Randomness for Privacy-Preserving Machine Learning and Differential Privacy | D. Karastoyanova, T. Bontekoe | Open | NA | Open | NA |
| Implementing Zero-Knowledge Proofs: Zero-Knowledge Sumchecks or others | D. Karastoyanova, T. Bontekoe | NA | NA | NA | Open |