the ai ecosystem of hesse · the registerlive·the pulse →
← research register
TW
Thomas Wallis
Professor · TU Darmstadt
hessian.AI
Computer visionCognitive psychologyPattern recognition (psychology)LightnessPerceptionArtificial neural network
20
papers in the register
124
works on openalex
19
h-index
1,897
citations
29
i10-index
sourced · openalex bibliometrics
publication footprint
source: DBLP ↗papers in the register
- Predictive visual uncertainty around moving trajectories influences causality judgments in launching displaysi-Perception · 2026Causality (physics)TrajectoryReplicateTask (project management)
- Delay adaptation does not transfer between discrete button press actions and continuous controli-Perception · 2025Adaptation (eye)StylusComputer scienceTask (project management)
- Low-level features predict perceived similarity for naturalistic imagesJournal of Vision · 2025Artificial intelligenceLuminanceSimilarity (geometry)Scene statistics
- A deep convolutional neural network trained for lightness constancy is susceptible to lightness illusionsbioRxiv (Cold Spring Harbor Laboratory) · 2025LightnessArtificial intelligenceConvolutional neural networkComputer vision
- Deep neural networks trained for estimating albedo and illumination achieve lightness constancy differently than human observersbioRxiv (Cold Spring Harbor Laboratory) · 2025LightnessColor constancyAlbedo (alchemy)Artificial intelligence
- Stimulus distributions affect uncertainty sampling approaches to adaptive estimation of classification imagesJournal of Vision · 2024Affect (linguistics)Artificial intelligenceComputer scienceStimulus (psychology)
- Deep learning models for lightness constancy can exploit both natural lighting cues and rendering artifacts.Journal of Vision · 2024ExploitRendering (computer graphics)LightnessComputer science
- A psychophysical evaluation of techniques for Mooney image generationPeerJ · 2024ThresholdingArtificial intelligenceInterpretabilitySmoothing
- A computational account of transsaccadic attentional allocation based on visual gain fieldsProceedings of the National Academy of Sciences · 2024CovertComputer scienceEye movementVisual space
- Bayesian adaptive estimation of high-dimensional psychometric functions: A particle filtering approachJournal of Vision · 2024Particle filterEstimationBayesian probabilityParticle (ecology)
- From visual features of moving objects to subjective impressions of causalityJournal of Vision · 2024Causality (physics)Computer scienceArtificial intelligencePsychology
- No evidence that late-sighted individuals rely more on color for object recognition: Reply to Vogelsang et al.2024Task (project management)Object (grammar)BlindnessVariety (cybernetics)
- Combining surface reflectance and motion cues in peripheral target detectionJournal of Vision · 2024ReflectivityComputer visionSurface (topology)Motion (physics)
- Low-level features predict perceived similarity for naturalistic imagesbioRxiv (Cold Spring Harbor Laboratory) · 2024Similarity (geometry)Artificial intelligencePsychologyPattern recognition (psychology)
- Individual differences in visual mental imagery assessed through standard and evolutionary classification imagesJournal of Vision · 2024Mental imagePsychologyArtificial intelligenceCognitive psychology
- How Well do Feature Visualizations Support Causal Understanding of CNN Activations?NeurIPS · 2021
- Exemplary Natural Images Explain CNN Activations Better than State-of-the-Art Feature Visualization.ICLR · 2021
- Measuring the Importance of Temporal Features in Video Saliency.ECCV · 2020
- Saliency Benchmarking Made Easy: Separating Models, Maps and Metrics.ECCV · 2018
- Understanding Low- and High-Level Contributions to Fixation Prediction.ICCV · 2017
Profile built from publicly available sources (OpenAlex, arXiv; origin per Art. 14 GDPR). Corrections or removal · aisr@hessian.ai