Wednesday Morning Posters, Pavilion

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

Schedule of Events | Search Abstracts | Symposia | Talk Sessions | Poster Sessions

Abstract#	Poster Title	First Author	Session
63.448	Emotional Consequences of Expending Perceptual Effort	Wiedenmann, Emma	Attention: Reward, motivation, emotion
63.416	Bayesian adaptive estimation of high-dimensional psychometric functions: A particle filtering approach	Reining, Lars	Face and Body Perception: Models
63.427	An online replication of the association between face perception abilities and the amount of visual information required to identify a face	Côté, Laurianne	Face and Body Perception: Disorders, individual differences
63.401	How to estimate noise ceilings for computational models of visual cortex	Chen, Zirui	Object Recognition: Models
63.456	Deconstructing the task-evoked pupillary response	O'Bryan, Sean R.	Attention: Exogenous, endogenous, gaze
63.435	"I felt successful!" Assessing autistic adolescent game usability from randomized control trial to improve sensitivity to eye-gaze cues	Muhammad, Sumaiya	Face and Body Perception: Social cognition
63.402	3D shape recognition in humans and deep neural networks	Fu, Shuhao	Object Recognition: Models
63.457	Endogenous attention samples rhythmically under spatial uncertainty	Liu, Xiaoyi	Attention: Exogenous, endogenous, gaze
63.449	The influence of feedback and risk on learning to link stimulus features to reward	Taha, Hana	Attention: Reward, motivation, emotion
63.428	Exploring Spatial Frequency and Orientation Tunings for Face Recognition in Eight Cultural Groups	Gingras, Francis	Face and Body Perception: Disorders, individual differences
63.417	Efficient Inverse Graphics with Differentiable Generative Models Explains Trial-level Face Discriminations and Robustness of Face Perception to Unusual Viewing Angles	Yilmaz, Hakan	Face and Body Perception: Models
63.436	Examining effectiveness of a randomized controlled trial to enhance understanding of eye gaze cues in autism: Incorporating an active control game in SAGA	Mattern, Hunter	Face and Body Perception: Social cognition
63.450	The Influence of Adult Relationship Attachment Style on the Networks of Attention	Redden, Ralph	Attention: Reward, motivation, emotion
63.429	Individual differences in fusing the face identification decisions of humans and machines	Phillips, P. Jonathon	Face and Body Perception: Disorders, individual differences
63.403	Characteristics of the emergence of category selectivity in convolutional neural networks	Verosky, Niels J.	Object Recognition: Models
63.437	A crowd amplification effect in the perception of social status	Myat, Phyu Sin	Face and Body Perception: Social cognition
63.458	Gaze patterns modeled with a LLM can be used to classify autistic vs. non-autistic viewers	Haskins, Amanda J	Attention: Exogenous, endogenous, gaze
63.418	Evidence for efficient inverse graphics in the human brain using large-scale ECoG data	Calbick, Daniel	Face and Body Perception: Models
63.451	Can foreknowledge of distractor type reduce the emotion-induced blindness effect?	Chan, Ho Ming	Attention: Reward, motivation, emotion
63.459	The distinct role of human PIT in attention control	huang, Siyuan	Attention: Exogenous, endogenous, gaze
63.430	Masked-face recognition leads to learning of new perceptual abilities	Kim, Hyerim	Face and Body Perception: Disorders, individual differences
63.419	FaReT 2.1: Anatomically precise manipulation of race in 3D face models and a pipeline to import real face scans	Martin, Emily	Face and Body Perception: Models
63.438	Continued preference for reversed images of self	Huang, Jessica	Face and Body Perception: Social cognition
63.404	Differential sensitivity of humans and deep networks to the amplitude and phase of shape features	Baker, Nicholas	Object Recognition: Models
63.460	Idiosyncratic Search: Biases in the deployment of covert attention.	Trinkl, Nathan	Attention: Exogenous, endogenous, gaze
63.420	From Perception to Algorithm: Quantifying Facial Distinctiveness with a Deep Convolutional Neural Network	Boutet, Isabelle	Face and Body Perception: Models
63.452	You see first what you like most: Visually prioritizing positive over negative semantic stimuli	He, Sihan	Attention: Reward, motivation, emotion
63.431	Color robustly affects the intensity of facial distortions in two cases of prosopometamorphopsia	Mello, Antônio	Face and Body Perception: Disorders, individual differences
63.439	Facial expressions of apology comprise complex social signals	Wu, Yichen	Face and Body Perception: Social cognition
63.405	Quantifying the Quality of Shape and Texture Representations in Deep Neural Network Models	Doshi, Fenil R.	Object Recognition: Models
63.440	Gaze allocation towards contextual information predicts performance in a dynamic emotion perception task	Ortega, Jefferson	Face and Body Perception: Social cognition
63.453	Approach and Avoidance Visual Cues Are Processed Similarly In the Brain	Ni, Yuqian	Attention: Reward, motivation, emotion
63.461	Measuring individual differences in multitasking ability	Oksama, Lauri	Attention: Exogenous, endogenous, gaze
63.432	False-alarm rate and inter-trial priming predict hallucination proneness in the Signal Detection Pareidolia Test	Heller, Nathan H.	Face and Body Perception: Disorders, individual differences
63.421	Modeling face-Identity “likeness” with a convolutional neural network trained for face identification	Parde, Connor J.	Face and Body Perception: Models
63.406	Geometric properties of object manifolds in neural network models of visual cortex	Bonner, Michael	Object Recognition: Models
63.454	Opposite polarities in alpha-band power in EEG were induced by reward and arousal: an initial discovery in the psychophysiological realm that distinctly dissociates reward from arousal	Nakashima, Yusuke	Attention: Reward, motivation, emotion
63.433	Person Colors	Reeves, Adam	Face and Body Perception: Disorders, individual differences
63.407	A biologically inspired framework for contrastive learning of visual representations: BioCLR	Han, Zhixian	Object Recognition: Models
63.422	Norm-referenced Encoding Supports Transfer Learning of Expressions across Strongly Different Head Shapes	Giese, Martin A.	Face and Body Perception: Models
63.462	Mind-wandering during encoding impairs recognition for both forgettable and memorable complex scenes	Shelat, Shivang	Attention: Exogenous, endogenous, gaze
63.441	Inferential Trustworthiness Tracking Reveals Fast Context-Based Trustworthiness Perception	Fang, Yifan	Face and Body Perception: Social cognition
63.442	Picture a Scientist: Classification Images of Scientists are seen as White, Male, and Socially Inept	Shakil, Maheen	Face and Body Perception: Social cognition
63.455	Reduced Attentional Capture Following More Variable Rewards	Youn, Sojung	Attention: Reward, motivation, emotion
63.434	The Eyes Still Have It: Eye Processing is a Distinct Deficit in Developmental Prosopagnosia	DeGutis, Joseph	Face and Body Perception: Disorders, individual differences
63.423	Reading minds in the eyes with GPT4-vision	Murray, Scott	Face and Body Perception: Models
63.408	Evaluating the Alignment of Machine and Human Explanations in Visual Object Recognition through a Novel Behavioral Approach	Kashef Alghetaa, Yousif	Object Recognition: Models
63.443	Social Interactions cause Spatial Distortions in Visual Memory, not Perception	Vestner, Tim	Face and Body Perception: Social cognition
63.409	Interpreting distributed population codes with feature-accentuated visual encoding models	Prince, Jacob S.	Object Recognition: Models
63.424	Training deep learning algorithms for face recognition with large datasets improves performance but reduces similarity to human representations	Guy, Nitzan	Face and Body Perception: Models
63.425	View-symmetric representations of faces in human and artificial neural networks	Andrews, Tim	Face and Body Perception: Models
63.444	Unveiling Mental Self-Images from Face Perception and Memory	De, Arijit	Face and Body Perception: Social cognition
63.410	Investigating power laws in neural network models of visual cortex	Townley, Keaton	Object Recognition: Models
63.426	Visualizing the Other-Race Effect with GAN-based Image Reconstruction	Shoura, Moaz	Face and Body Perception: Models
63.411	Sparse components distinguish visual pathways and their alignment to neural networks	Marvi, Ammar	Object Recognition: Models
63.445	Visualizing Face Representations after Adaptation	MINEMOTO, KAZUSA	Face and Body Perception: Social cognition
63.412	Spatial filters in neural network models of visual cortex do not need to be learned	Passi, Ananya	Object Recognition: Models
63.446	Who you lookin' at? Perception of gaze direction in group settings depends on naturalness of gaze behavior and clutter	Rosenholtz, Ruth	Face and Body Perception: Social cognition
63.447	Don’t Look at the Camera: Achieving eye contact in video conferencing platforms	Jayakumar, Samyukta	Face and Body Perception: Social cognition
63.413	Spatial Frequency Decoupling: Bio-inspired strategy for Network Robustness	Arslan, Suayb	Object Recognition: Models
63.414	When Machines Outshine Humans in Object Recognition, Benchmarking Dilemma	Darvishi Bayazi, Mohammad Javad	Object Recognition: Models
63.415	Visual and auditory object recognition in relation to spatial abilities	Smithson, Conor J. R.	Object Recognition: Models

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.

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.

Vision Sciences Society

Posters

Poster Sessions