CV
Hans van Gorp
Postdoctoral Researcher · TU/e, NXP Semiconductors
h.v.gorp@tue.nl · hansvangorp.github.io · Eindhoven, The Netherlands

Research areas
- Signal processing
- Deep learning
- Deep generative models
- Deep learning for inverse problems
- Active inference
- Automatic sleep staging
- FMCW radar processing
- Ultrasound operator guidance
Education
- PhD (cum laude) on deep generative modeling in sleep diagnostics, Eindhoven University of Technology and Philips Sleep and Respiratory Care, 2026
- MSc in Electrical Engineering, Eindhoven University of Technology, 2020
- BSc in Electrical Engineering, Eindhoven University of Technology, 2018
Work experience
- February 2026 - Present: Postdoctoral researcher
- Eindhoven University of Technology, Department of Electrical Engineering, Signal Processing Systems
- NXP Semiconductors
- Project: Deep learning in automotive radar
- September 2020 - January 2026: PhD (cum laude)
- Eindhoven University of Technology, Department of Electrical Engineering, Signal Processing Systems, BM/d Lab
- Philips Sleep and Respiratory Care, Eindhoven
- Project: Deep Generative Modeling in Sleep Diagnostics
- July 2024 - November 2024: PhD Internship
- Qualcomm AI Research, Amsterdam
- Project: Neural Augmented Kalman Filters for Road Network Assisted GNSS Positioning
- August 2019 - October 2019: Research Intern
- Philips Research, Eindhoven
- Project: Suppression of pump distortion for inflation-based noninvasive blood pressure measurement
Grants awarded
- 2026: TTT-AI voucher
- Polaris: Operator Guidance for Carotid Ultrasound
Publications
- Ultrasound Operator Guidance Using World Modeling and Retrieval Based Action Planning
- The Geometry of LISTA
- Automatic Sleep Staging and Atonia Detection in RBD Using Single-Channel Chin EMG
- Deep Generative Modeling in Sleep Diagnostics
- A Deep Generative Model for Five-Class Sleep Staging with Arbitrary Sensor Input
- Neural Augmented Kalman Filters for Road Network Assisted GNSS Positioning
- SSC-SleepNet: A Siamese-Based Automatic Sleep Staging Model with Improved N1 Sleep Detection
- Removing Structured Noise Using Diffusion Models
- Deep Sylvester Posterior Inference for Adaptive Compressed Sensing in Ultrasound Imaging
- Learning Structured Compressed Sensing with Automatic Resource Allocation
- Hypnogram and Hypnodensity Analysis of REM Sleep Behaviour Disorder Using Both EEG and HRV-Based Sleep Staging Models
- The Tree of Diffusion Life: Evolutionary Embeddings to Understand the Generation Process of Diffusion Models
- Single-Channel EOG Sleep Staging on a Heterogeneous Cohort of Subjects with Sleep Disorders
- Model-Based Diffusion for Mitigating Automotive Radar Interference
- Studying Sleep: Towards the Identification of Hypnogram Features That Drive Expert Interpretation
- Modeling the Impact of Inter-Rater Disagreement on Sleep Statistics Using Deep Generative Learning
- Aleatoric Uncertainty Estimation of Overnight Sleep Statistics Through Posterior Sampling Using Conditional Normalizing Flows
- Certainty About Uncertainty in Sleep Staging: A Theoretical Framework
- Deep Unfolding with Normalizing Flow Priors for Inverse Problems
- Representations of Temporal Sleep Dynamics: Review and Synthesis of the Literature
- Image Denoising with Deep Unfolding and Normalizing Flows
- Active Deep Probabilistic Subsampling
- Dose Distribution as Outcome Predictor for Gamma Knife Radiosurgery on Vestibular Schwannoma
Patents
- System and Method for Generating Output Data Using a Generative Model
- System and Method for Estimating Sleep Stage
Teaching
- September 2026 - Present: Responsible lecturer
- Eindhoven University of Technology
- Course: Machine Learning for Signal Processing
- September 2020 - September 2026: co-lecturer
- Eindhoven University of Technology
- Course: Machine Learning for Signal Processing
- September 2016 - September 2020: Student Teaching Assistant
- Eindhoven University of Technology
- Courses: Computation, Calculus, Applied Physics
Volunteering
- Leader at Scouting Nederland for the ‘welpen’ (cub scouts), kids aged 7 through 11
