Program

As in previous years, the 2022 edition of the ECVP will contain a wide variety of interesting keynote lectures, tutorials, symposia, poster sessions, a demo night and more.

CLICK HERE TO DOWNLOAD THE DETAILED PROGRAM

Please note that the poster locations and numbers, will be made known at a later time. More specifically, detailed information, including the abstracts, will be made available via a conference app.

Schedule

Keynote lectures

(click here for more information)

Symposia

A symposium provides a diverse overview of a lively research area that is of interest for the ECVP audience. Symposium organizers were asked to include speakers from different groups, who represent a broad range of views and ideas under the umbrella of the symposium topic. The individual talks relate to each other and should be suited to provoke discussion. All symposia have a total length of 1,5 hours. The time is shared among 4-6 speakers, who each contribute with a talk of 15 or 30 min, including discussion. The symposium will be moderated by the organizer or a selected speaker. The ECVP organizers explicitly also encouraged young investigators to take the chance of organizing a symposium.

List of symposia (click here for full description):

  1. Computational perspectives on perceptual confidence (Laura Geurts & Janneke Jehee)
  2. Visual expertise: real-life applications and underlying mechanisms (Meike Ramon, Mauro Manassi)
  3. Large-scale spatial vision (Peter Neri, Michael Herzog)
  4. Cortical Circuitry Mapping using Connective Field Modelling (CFM) in perception and ophthalmic and neurologic disease (Frans Cornelissen)
  5. Perception and (inter)actions in the real world and XR: Virtually the same or really different? (Constanze Hesse, Martin Giesel)
  6. ToddFest: Perception of 3D Shape, Space, and Materials Celebrating 43 Years of Jim Todd (William Warren, Ennio Mingolla, Jan Koenderink)
  7. Multistable perception: when and how bottom-up and top-down interact? (Alexander Pastukhov, Jürgen Kornmeier)
  8. Inhibition of Return and Visual Search (Raymond M. Klein)
  9. Advantages of virtual reality developments for perception research (Szonya Durant)
  10. Population Receptive Field Modelling: Recent advances and applications (Ben Harvey)
  11. Eyeballing the visual field: eye-tracking- and pupillometry-based alternatives for visual field assessment (Minke de Boer, Anne Vrijling)
  12. What do inter-item biases in perception and visual working memory tell about vision? (Andrey Chetverikov, David Pascucci)
  13. Individual differences in mental imagery and anomalous perception (Reshanne Reeder, Tessa M. van Leeuwen)
  14. From vision to attention: the development of visual perception in early childhood (Joanna Rutkowska, Sabine Hunnius)

Talk sessions

Monday Tuesday Wednesday Thursday
  1. Attention I
  2. Bistable Perception
  3. Multisensory Perception
  4. Face Perception
  5. Perception & Action I
  1. Perceptual Organisation
  2. Perceptual Decision making
  3. Temporal processing
  4. Perceptual memory & Learning
  5. Attention II
  6. Colour
  7. Object Perception I
  8. Eye Movements
  1. Perception & Action II
  2. Adaptation& aftereffects
  3. Clinical aspects & Clinical populations
  4. Scene Perception
  5. Motion Perception
  1. Lightness, Brightness
  2. Computational modelling
  3. Object Perception II
  4. Perc. Awareness & Consciousness
  5. Peripheral Vision
  6. Visual search & Foraging
  7. Low level Vision
  8. Depth&Stereo

Poster sessions

Monday Tuesday Wednesday Thursday
  • Face Perception-I
  • Attention-I
  • Perception Action-I
  • Eye Movements-I
  • Research Methods
  • Surface & Texture
  • Illusions
  • Shape Perception
  • Multisensory Perception
  • Object Perception
  • Perceptual Organisation
  • Perceptual Decision making
  • Attention-II
  • Social Perception
  • Temporal processing
  • Memory & Learning
  • Colour
  • Eye Movements-II
  • Face Perception-II
  • Perception Action-II
  • Adaptation & Aftereffects
  • Art & Aesthetics
  • Clinical aspects & Clinical Populations
  • Scene Perception
  • Motion Perception
  • Individual differences
  • Lightness, Brightness
  • Depth & Stereo
  • Computational modelling
  • Crowding
  • Peripheral Vision
  • Magnitude Time Numerosity
  • Visual search & Foraging

Tutorials

(click here for more info)

  1. Visual Neuroscience meets Machine Learning (Tim Kietzmann, Kate Storrs, Adrien Doerig, Gemma Roig, Umut Guclu)
  2. Eye movements recording, analysis, and modeling (Olga Shurygina & Nicolas Roth)
  3. Spatiotemporal signals in vision models: diving in with Jupyter Notebook (Lynn Schmittwilken, Joris Vincent)
  4. Encoding and decoding models in neuroimaging (Janneke Jehee, Iris Groen, Serge Dumoulin, Ilona Bloem).
  5. Neuromodulation using Transcranial Ultrasound Stimulation (Lennart Verhagen)
  6. Theory and practice of Bayesian inference using JASP (Johnny van Doorn)

Illusion and Demo Night

We are currenlty preparing the program for the Illusion & Demo Night. If you are interested in setting up a demo, please refer to our call for illusions and demos (deadline June 15th).

Conference dinner

The conference dinner on August 31 will be served in the Stevenskerk, Sint Stevenskerkhof 62, Nijmegen 📍. The Stevenskerk is the oldest and biggest church of Nijmegen, build in the late gothic style. It is situated on top of a small hill, the Hundisburg, in the heart of the city center.

Farewell party

To be announced!