Poster Sessions

Wednesday Morning Posters, Banyan Breezeway

Poster Session: Wednesday, May 22, 2024, 8:30 am – 12:30 pm, Banyan Breezeway

Abstract#

Poster Title

First Author

Session

63.341

Motion-corrected eye-tracking (MoCET) improves gaze accuracy during visual fMRI experiments

Park, Jiwoong

Eye Movements: Accuracy, pursuit and eccentricity

63.321

Identifying functional subdivisions of the human MT complex

Wen, Puti

Motion: Neural mechanisms

63.310

Saccade transients enable efficient population encoding of natural scenes

Mizobuchi, Soma

Spatial Vision: Image statistics, neural mechanisms

63.301

Everyone knows what convexity is, yet no single convexity measure captures its effect on figure/ground perception

Tanrıkulu, Ömer Dağlar

Perceptual Organization: Segmentation, shapes, objects

63.329

Similarity of Memory Representations Modulate Saccade Curvatures

Forouzandehfar, Golnaz

Eye Movements: Perception, cognition and memory

63.311

Neuronal interactivity scales with stimulus complexity, not hierarchical structure in mouse visual cortex

Poggi, Peter G.

Spatial Vision: Image statistics, neural mechanisms

63.342

Follow the Dot: Do we have implicit awareness of our own eye movements?

Chua, Avery H.

Eye Movements: Accuracy, pursuit and eccentricity

63.322

Investigating the development of the visual motion pathway at the network level

Nanfito, Brandon R.

Motion: Neural mechanisms

63.302

Border ownership signals emerge in an artificial neural network trained to predict future visual input

Ye, Zeyuan

Perceptual Organization: Segmentation, shapes, objects

63.330

Transsaccadic feature memory performance asymmetries in visual field and saccade direction

Parker, Jessica L.

Eye Movements: Perception, cognition and memory

63.331

Auditory and visual working memory loads reduce fixation spread during free scene-viewing

Makishima, Kaito

Eye Movements: Perception, cognition and memory

63.303

Implied occlusion and subset underestimation explain the weak-outnumber-strong numerosity illusion

Dellinger, Eliana

Perceptual Organization: Segmentation, shapes, objects

63.323

Exploring the impact of apparent motion in V1 retinotopic representations and behavioral correlates in primates

Giancani, Salvatore

Motion: Neural mechanisms

63.312

The Spectral Ideal Observer: Focus Error and Pupil Size Estimation

Burge, Johannes

Spatial Vision: Image statistics, neural mechanisms

63.343

Oblique eccentric gaze holding evokes larger horizontal than vertical rebound nystagmus

Tyson, Terence L.

Eye Movements: Accuracy, pursuit and eccentricity

63.304

Can adolescents imitate the event segmentation behavior of adults by utilizing cognitive control?

Zhou, Xianzhen

Perceptual Organization: Segmentation, shapes, objects

63.332

A functional role of visual working memory-related saccade biases?

Polgári, Patrik

Eye Movements: Perception, cognition and memory

63.344

Pre-saccadic shifts of attention are independent of stimulus eccentricity

Zimmermann Bortoluzzi, Luan

Eye Movements: Accuracy, pursuit and eccentricity

63.324

Directional asymmetries for visual motion measured with fMRI

Ezzo, Rania

Motion: Neural mechanisms

63.313

Noise reverses the oblique effect: A horizontal effect in orientation estimation and subjective uncertainty

Samaha, Jason

Spatial Vision: Image statistics, neural mechanisms

63.314

Internal noise and efficiency underlie performance asymmetries throughout the visual field

Xue, Shutian

Spatial Vision: Image statistics, neural mechanisms

63.345

Transfer of Reafference-Signal Recalibration in Human Smooth Pursuit Eye Movements

Ovsepian, Rozana

Eye Movements: Accuracy, pursuit and eccentricity

63.333

Inhibition of return depends on image category

Thomas, Tobias

Eye Movements: Perception, cognition and memory

63.305

Conjunctive representation of colors and shapes in human occipitotemporal and posterior parietal cortices

Swinchoski, Benjamin

Perceptual Organization: Segmentation, shapes, objects

63.325

Motion adaptation induced object position bias in macaque IT and SlowFast video recognition models

Yakubovskaya, Elizaveta

Motion: Neural mechanisms

63.334

Idiosyncratic Fixation Patterns generalize across Dynamic and Static Facial Expression Recognition

Paparelli, Anita

Eye Movements: Perception, cognition and memory

63.315

A High-Resolution Study of Positive and Negative Retinotopic Codes in the Hippocampus

Angeli, Peter A.

Spatial Vision: Image statistics, neural mechanisms

63.306

Curvature formation in the visual cortex: How do we sample?

Nisar, Irfa

Perceptual Organization: Segmentation, shapes, objects

63.326

The Alpha-band of the EEG Modulates the Perceived Location of Moving Targets

Zavala, Andrew

Motion: Neural mechanisms

63.346

Bayesian spectral analysis of continuous smooth pursuit

Hudson, Todd

Eye Movements: Accuracy, pursuit and eccentricity

63.316

Macular pigment and contrast sensitivity in healthy adults

Nightingale, Jeffrey

Spatial Vision: Image statistics, neural mechanisms

63.347

Imprecision in Smooth Pursuit Facilitates Visual Processing

Yang, Bin

Eye Movements: Accuracy, pursuit and eccentricity

63.327

Visual motion extrapolation of moving objects drives real-time temporal re-alignment across hierarchical neural position representations

Turner, William

Motion: Neural mechanisms

63.307

Number: Still a primary visual feature

Myers, Caroline

Perceptual Organization: Segmentation, shapes, objects

63.335

Successful biasing of attention reveals covert information extraction contributes to saccade timing variability within and across individuals.

Ringer, Ryan V

Eye Movements: Perception, cognition and memory

63.348

Knowing the moment of target occlusion influences time-to-contact estimation strategies

Villavicencio, Pamela

Eye Movements: Accuracy, pursuit and eccentricity

63.317

Are visual deficits in amblyopia driven by spatial frequency tuning?

Wiecek, Emily

Spatial Vision: Image statistics, neural mechanisms

63.308

Object-based warping in objects and holes

LEE, Yujin

Perceptual Organization: Segmentation, shapes, objects

63.336

Healthy older adults have inefficient strategies for tasks requiring sequential movements

Ma-Wyatt, Anna

Eye Movements: Perception, cognition and memory

63.337

The Impact of Fandom on Image Viewing

Hill, Stevie Ann

Eye Movements: Perception, cognition and memory

63.349

A covered eye follows a target on a tangent screen but doesn’t point to it

Heinen, Stephen

Eye Movements: Accuracy, pursuit and eccentricity

63.318

How does emotional arousal modulate population spatial frequency tuning?

Ramirez, Luis D.

Spatial Vision: Image statistics, neural mechanisms

63.309

Optimal Noise Choice for Reverse Correlation Experiments Depends on the Base Image Features

Duwell, Ethan

Perceptual Organization: Segmentation, shapes, objects

63.319

Nonlinear transformation from threshold to suprathreshold texture similarity judgments

Victor, Jonathan

Spatial Vision: Image statistics, neural mechanisms

63.338

Did you look at the moose? Driver gaze behaviour while searching for hazards in dynamic road scenes

Song, Jiali

Eye Movements: Perception, cognition and memory

63.339

Openness to Experience predicts eye movement behavior during scene viewing

Wyche, Nicholas

Eye Movements: Perception, cognition and memory

63.320

Influence of luminance polarity congruence on numerosity adaptation

Takahashi, Tomoki J

Spatial Vision: Image statistics, neural mechanisms

63.340

What are you looking at? The neural basis of eye movement guidance to objects

Ghuman, Avniel

Eye Movements: Perception, cognition and memory

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.