Poster Sessions

Saturday Afternoon Posters, Banyan Breezeway

Poster Session: Saturday, May 18, 2024, 2:45 – 6:45 pm, Banyan Breezeway

Abstract#

Poster Title

First Author

Session

26.321

Saccade Target Status Influences the Reference Frame of Object-Location Binding

Chiu, Tzu-Yao

Eye Movements: Learning, expertise, context and faces

26.346

Representations of imaginary scene in the alpha band

Stecher, Rico

Visual Memory: Working memory and neural mechanisms

26.333

Motion masking at saccadic speed is largely invariant to motion amplitude

Nörenberg, Wiebke

Eye Movements: Saccades

26.311

Comparing neural responses to natural visual stimuli and electrical stimulation of visual cortex

Oswalt, Denise

Temporal Processing: Neural mechanisms, models

26.301

Can people learn their unique retinal motion statistics?

Xu, Jiaming

Motion: Optic flow

26.355

Impact of color priming and retro-cueing on visuospatial working memory accuracy is affected by target characteristics and response taskUndergraduate Just-In-Time Submission

Barron, Danica

Undergraduate Just-In-Time 1

26.347

SSVEPs reveal dynamic (re-)allocation of spatial attention during maintenance and utilization of visual working memory

Chota, Samson

Visual Memory: Working memory and neural mechanisms

26.312

The effect of fast flicker adaptation on contrast discrimination

Song, Jaeseon

Temporal Processing: Neural mechanisms, models

26.302

A computational model for the concurrent retrieval of object and self-motion information from optic flow

Scherff, Malte

Motion: Optic flow

26.322

Contextual saccadic adaptation : you can see it but you can’t learn from it

Martel, Maxime

Eye Movements: Learning, expertise, context and faces

26.334

Characteristics of head-eye saccades in natural tasks

Jolly, Paul

Eye Movements: Saccades

26.356

Artificial Fixation Points in Reading: Do They Work?Undergraduate Just-In-Time Submission

Bhimani, Ali

Undergraduate Just-In-Time 1

26.323

Effective and non-effective cues for probabilistic contextual visuomotor adaptation

Montagnini, Anna

Eye Movements: Learning, expertise, context and faces

26.303

Neural processing of scene-relative object movement during self-movement

Shen, Xuechun

Motion: Optic flow

26.348

Brain networks involved in recognition memory are recruited more strongly, and more extensively, by real objects than by images of objects.

Fairchild, Grant T.

Visual Memory: Working memory and neural mechanisms

26.313

Delayed normalization accounts for temporal dynamics in visual and somatosensory cortices

Li, Luhe

Temporal Processing: Neural mechanisms, models

26.335

The effect of visual competition on saccadic behavior in a stop signal task

Weir, Zachariah A.

Eye Movements: Saccades

26.357

Common perceptual features drive braille letter recognition across modalities and levels of expertiseUndergraduate Just-In-Time Submission

Yun, Hannah

Undergraduate Just-In-Time 1

26.349

Is Sensory Visual Cortex Required for Visual Working Memory: Insights from Meta-Analysis and Experimental Evidence

Konstantinou, Nikos

Visual Memory: Working memory and neural mechanisms

26.314

Neural evidence for a two-stage model of conscious perception

Menétrey, Maëlan Q.

Temporal Processing: Neural mechanisms, models

26.324

In-built and learnt priors for motion direction perceptual decision-making

Ardasheva, Liubov

Eye Movements: Learning, expertise, context and faces

26.304

Biases in Perceived Object Speed in Depth During Visual Self-Motion  

Pandey, Anita

Motion: Optic flow

26.336

Oculomotor freezing reveals perceptual priority during free-viewing

Hanning, Nina

Eye Movements: Saccades

26.358

Drawings reveal no benefit of sleep on memoryUndergraduate Just-In-Time Submission

Rosenthal, Samuel R.

Undergraduate Just-In-Time 1

26.305

Effects of visual cues on flow parsing and simultaneous heading perception

Shan, Zhoukuidong

Motion: Optic flow

26.325

Modulating color cue effectiveness: The role of active selection in visuomotor adaptation

OUELD KADDOUR EL HALLAOUI, Hamza

Eye Movements: Learning, expertise, context and faces

26.315

The (lack of) correlation between evoked and spontaneous brain oscillations: an individual difference approach

xiong, Sihan

Temporal Processing: Neural mechanisms, models

26.337

Color distribution learning modulates saccade endpoints: a study of the global effect

Entzmann, Léa

Eye Movements: Saccades

26.350

Cortical control of working memory prioritization

Li, Hsin-Hung

Visual Memory: Working memory and neural mechanisms

26.359

Exploring the effects of delayed visual feedback on dynamic postural controlUndergraduate Just-In-Time Submission

Pourhashemi, Nora

Undergraduate Just-In-Time 1

26.306

Head and eye dynamics across different navigational goals

Méndez, Andrés H.

Motion: Optic flow

26.338

Spatiotemporal competition resolution during anti-saccades

Ouerfelli-Ethier, Julie

Eye Movements: Saccades

26.326

Eye tracking in expertise assessment case studies

Shelepin, Evgenii

Eye Movements: Learning, expertise, context and faces

26.351

Investigating the effect of real-world background images on spatial working memory representations

Schmitz, Nicholas

Visual Memory: Working memory and neural mechanisms

26.316

Distinct mechanisms account for perceptual suppression forwards and backwards in time

Epstein, Michael

Temporal Processing: Neural mechanisms, models

26.360

Exploring the Influence of Object Affordances and Proximity on Top-Down Visual Processing in the Dorsal and Ventral StreamsUndergraduate Just-In-Time Submission

Hofer, Nisa

Undergraduate Just-In-Time 1

26.307

The influence of anticipation on human heading perception

Si, Roselind

Motion: Optic flow

26.339

Remapping in LIP takes time

Alkan, Yelda

Eye Movements: Saccades

26.327

Eye Movement Dynamics as a Measure of Expertise in the Video Game ExciteBike

Levin, Emily

Eye Movements: Learning, expertise, context and faces

26.352

Testing the duration of spontaneous spatial representation in working memory when items can be differentiated by temporal-order.

Bendickson, Sage

Visual Memory: Working memory and neural mechanisms

26.317

A dynamic normalization model with temporal receptive fields captures perceptual suppression by past and future stimuli

Chapman, Angus

Temporal Processing: Neural mechanisms, models

26.361

Impact of Static Physical Arousal on Attentional NetworksUndergraduate Just-In-Time Submission

Glotfelty, Jenna

Undergraduate Just-In-Time 1

26.318

Neural dynamics of grouping explain properties of serial dependence in orientation

Francis, Gregory

Temporal Processing: Neural mechanisms, models

26.353

Using Rapid Invisible Frequency Tagging to track internal attention

Arora, Kabir

Visual Memory: Working memory and neural mechanisms

26.308

Modeling optic flow tuning in MSTd with convolutional neural networks

Layton, Oliver

Motion: Optic flow

26.328

Investigating the links between sustained attention, gaze fixation patterns, and face identity discrimination performance

Michaels, Jesse

Eye Movements: Learning, expertise, context and faces

26.340

Differential saccade related modulations in marmoset V1 across cell layers and types

More, Neya

Eye Movements: Saccades

26.362

Information Reliability Modulates Experience-Driven AttentionUndergraduate Just-In-Time Submission

Doyle, Alenka

Undergraduate Just-In-Time 1

26.354

Support for and application of a measure of neural efficiency in visual processing

Wenger, Michael

Visual Memory: Working memory and neural mechanisms

26.329

The eyes move towards fearful faces hundreds of milliseconds before they reach awareness

Hu, Junchao

Eye Movements: Learning, expertise, context and faces

26.319

Pooling and segregation across different time scales

Hochmitz, Ilanit

Temporal Processing: Neural mechanisms, models

26.341

Saccade response modulation in areas MT/MTC across cell types and layers

Bucklaew, Amy

Eye Movements: Saccades

26.309

Tracking visual targets during simulated self-motion

Anderson, Matt D.

Motion: Optic flow

26.363

Is the depth cue of Familiar Size computed using the biological equivalent of a trigonometric table?Undergraduate Just-In-Time Submission

Darefsky, Jhera

Undergraduate Just-In-Time 1

26.310

Exploring top-down influences on illusory self-motion perception (vection) in younger and older adults

Murovec, Brandy

Motion: Optic flow

26.330

Specified functions of the first two fixations in face recognition: sampling the general-to-specific facial information.

liu, Meng

Eye Movements: Learning, expertise, context and faces

26.320

Analysis of the ERG Off-response

Tyler, Christopher

Temporal Processing: Neural mechanisms, models

26.342

Functional architecture of visual responses in dorsal and ventral banks of anterior cingulate cortex

Thirunavukkarasu, Pranavan

Eye Movements: Saccades

26.364

Making Sense of Randomness: Investigating Perceived Event Boundaries Within Scrambled Picture StoriesUndergraduate Just-In-Time Submission

Wilson, Lindsey K.

Undergraduate Just-In-Time 1

26.343

Steady-State Visually Evoked Potentials (SSVEPs) in the presence of voluntary eye and head movements

Liu, Weichen

Eye Movements: Saccades

26.331

Eye Movement Modulates the Face Inversion Effect in Emotion Recognition

Yang, Angeline

Eye Movements: Learning, expertise, context and faces

26.365

Representation-specific and general components of the task-evoked pupillary response in visual working memoryUndergraduate Just-In-Time Submission

Kemball-Cook, William

Undergraduate Just-In-Time 1

26.344

Probing correlates of saccadic suppression in the primate superior colliculus and primary visual cortex using simulated and real saccades

Baumann, Matthias Philipp

Eye Movements: Saccades

26.332

Effects of contextual information on eye movements and recall performance in face learning

Speck, Martina J

Eye Movements: Learning, expertise, context and faces

26.366

Rhythmic attentional sampling in visual perception and visual working memoryUndergraduate Just-In-Time Submission

Santiago, Khayla

Undergraduate Just-In-Time 1

26.345

Predictive Remapping in Neural Networks: A Model Based on Corollary Discharge Signals for Visual Continuity Across Saccades

Nandy, Anirvan

Eye Movements: Saccades

26.367

Tactile stimuli are mirrored in accord with external vantage points induced by virtual realityUndergraduate Just-In-Time Submission

Das, Anwesha

Undergraduate Just-In-Time 1

26.368

Testing Whether Individual Dimensions of Spatial Locations Can Be Prioritized in Visuospatial Working MemoryUndergraduate Just-In-Time Submission

Tao, Jocelyn

Undergraduate Just-In-Time 1

26.369

The Influence of Saccade Predictability on Feature Binding after an Eye MovementUndergraduate Just-In-Time Submission

Jaen, Isabel S.

Undergraduate Just-In-Time 1

Undergraduate Just-In-Time Poster Submissions

VSS 2024 is pleased to announce that the “Just-In-Time” poster sessions for undergraduate students working on independent research projects are now open for submissions. Posters will be presented in person at the annual meeting in one of two sessions, either Saturday, May 18 or Monday, May 20.

VSS welcomes and encourages submissions from a diverse group of eligible students across the globe. To help accomplish this goal we are asking that you share this information with any programs within your institutions that sponsor or promote research for undergraduate students.

Eligibility

The submissions to these sessions are limited to students who:

  • Are currently enrolled in a 3-year or 4-year program leading to the bachelor’s degree. Or,
  • Have earned a bachelor’s degree in a 3-year program and are currently in their first year of study in a program leading to a master’s degree. (Students studying in European universities may fall into this category). Those who already have an abstract accepted for VSS 2024 are not eligible.

Space is limited. The window for submissions will open on March 1 and submissions will be accepted through April 1. Presenters will be informed of acceptance by April 11.

You must be a current student member (for 2024) to submit an abstract.

A limited number of travel grants are available for undergraduate students who submit abstracts during the Just-in-Time submission period. Travel application information will be available upon submission of the student’s abstract.

VSS welcomes and encourages submissions from a diverse group of eligible students across the globe. To help accomplish this goal we are asking that you share this information with any programs within your institutions that sponsor or promote research for undergraduate students. For details and to submit an abstract, go to Undergraduate Just-In-time Poster Submission Guidelines.

Submission Policies

  • A student may submit only one abstract to the Just-In-Time session.
  • The student must be a current VSS member (for 2024).
  • The student must be registered to attend VSS.
  • Those who already have an abstract accepted for VSS 2024 are not eligible to submit to the Just-In-Time session.
  • Abstracts must be work that has not been accepted for publication or published at the time of submission.
  • Poster presenter substitutions are not permitted.

Abstract Format

Abstracts are limited to 300 words. This does not include title, authors, and affiliations. Additional space is provided for funding acknowledgments and for declaration of commercial interests and conflicts.

Your abstract should consist of an introduction, methods and results sections, and a conclusion. It is not required that the sections be explicitly labeled as such. It is, however, important that each abstract contains sufficiently detailed descriptions of the methods and the results. Please do not submit an abstract of work that you are planning to do or work without sufficient results to reach a clear conclusion. Such abstracts will not be accepted.

Per the VSS Disclosure of Conflict of Interest Policy, authors must reveal any commercial interests or other potential conflicts of interest that they have related to the work described. Any conflicts of interest must be declared on your poster or talk slides.

Please complete your submission carefully. All abstracts must be in final form. Abstracts are not proofread or corrected in any way prior to publication. Typos and other errors cannot be corrected after the deadline. You may edit your abstract as much as you like until the submission deadline.

Given the just-in-time deadline, some aspects will differ from regular VSS submissions. Submissions will be reviewed by members of the VSS Board of Directors and designates. Accepted abstracts will appear in the VSS 2024 program, but unlike submissions accepted following the December review, “Just-In-Time” abstracts will not appear in the Journal of Vision.

If you have any questions, please contact our office at .

Submission Schedule

Submissions Open: March 1, 2024
Submissions Close: April 1, 2024
Undergraduate Travel Award Application Deadline: April 5, 2024
Notification of Accepted Abstracts: April 11, 2024

How to Submit

Undergraduate Just-in-Time Poster Submissions are Closed.