Tuesday Afternoon Posters, Pavilion

Poster Session: Tuesday, May 21, 2024, 2:45 – 6:45 pm, Pavilion

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

Abstract#	Poster Title	First Author	Session
56.415	Enhancing eye movement control in Virtual Reality: Ocular Biofeedback Training and its potential implications for Attention Deficits	Ben Joseph, Tchiya	Eye Movements: Clinical
56.444	Responses in human early visual cortex are more sensitive to task difficulty than object category.	Kim, June Hee	Object Recognition: Structure of categories
56.452	Spatial scrambling in human vision: investigating efficiency for discriminating scrambled letters using convolutional neural networks and confusion matrices	Zhu, Xingqi Raffles	Spatial Vision: Machine learning, neural networks
56.435	Influence of background on the spatial-frequency channel for object recognition	Subramanian, Ajay	Object Recognition: Basic features
56.426	No correlation between interocular delay and stereosensitvity in healthy adults	Reynaud, Alexandre	Binocular Vision: Disparity, stereopsis and suppression
56.408	Age-related preservation of proprioception- and vision-guided virtual hand movements	Reynoso, Jose	Action: Clinical, neural
56.401	Walking impacts vision: Spatial and temporal frequency dependent changes to vision during locomotion	Blencowe, Marlon	Action: Locomotor, flow, steering
56.409	Development of gross and fine visuo-motor ability: Insights from late-sighted children	Ben-Ami, Shlomit	Action: Clinical, neural
56.416	How contextual information modulates eye movements during natural sequential behavior in a dynamic scene.	Pomè, Antonella	Eye Movements: Clinical
56.427	Binocular combination under asynchronous viewing conditions	Gurman, Daniel	Binocular Vision: Disparity, stereopsis and suppression
56.436	Improvement of acuity following motion adaptation: the role of low spatial frequencies	Dakin, Steven	Object Recognition: Basic features
56.453	Towards determining the location of the Preferred Retinal Locus of patients with macular disease: A deep learning-based simulation	Soans, Rijul Saurabh	Spatial Vision: Machine learning, neural networks
56.402	Walking while performing visual, auditory and crossmodal tasks produces oscillations entrained to the gait cycle	Alais, David	Action: Locomotor, flow, steering
56.445	Investigating the impact of Gaussian noise on face recognition performance for humans and convolutional neural networks	Jeon, Ikhwan	Object Recognition: Structure of categories
56.437	More predictive, easier to detect? Contrast sensitivities in different predictability contexts	Song, Seyoon	Object Recognition: Basic features
56.410	How much vision impairment does it take to decrease performance in freestyle swimming?	Mann, David	Action: Clinical, neural
56.417	Decoding reading challenges: Eye movement patterns in Italian-speaking poor readers	Pasqualotto, Angela	Eye Movements: Clinical
56.454	Multitask Machine Learning of Contrast Sensitivity Functions	Barbour, Dennis	Spatial Vision: Machine learning, neural networks
56.428	Temporal latencies and position uncertainty in stereoscopic and luminance motion using a continuous eye-tracking task	Serrano-Pedraza, Ignacio	Binocular Vision: Disparity, stereopsis and suppression
56.403	Spatio-temporal collision envelope in virtual reality walking with colliding pedestrians	Doyon, Jonathan K.	Action: Locomotor, flow, steering
56.446	Using texture synthesis to identify the features supporting coarse and fine object categorization	Henderson, Margaret	Object Recognition: Structure of categories
56.418	Microsaccades and Ocular Drift in Ophthalmic and Neurologic Disease	Abozid, Ola	Eye Movements: Clinical
56.429	Global internal disparity noise increases with rising levels of disparity pedestal	Ding, Jian	Binocular Vision: Disparity, stereopsis and suppression
56.447	Common representational format in object-selective visual cortex for photographs and dynamic sketches	Saleki, Sharif	Object Recognition: Structure of categories
56.411	Functional connectivity of attention network related to individual differences in visual and proprioceptive weighting	Folco, Kess	Action: Clinical, neural
56.438	Which shape features determine detectability of camouflaged radial frequency patterns?	Lew, Wei Hau	Object Recognition: Basic features
56.404	Can covert and explicit “leaders” steer and split real human crowds?	Yoshida, Kei	Action: Locomotor, flow, steering
56.455	GramStatTexNet: Using the Gram Matrix of Multi-Scale Pyramids to Contrastively Learn Texture Model Statistics	DuTell, Vasha	Spatial Vision: Machine learning, neural networks
56.412	Neurophysiological cross-task similarities between metacontrol states	Wang, Xi	Action: Clinical, neural
56.448	DreamOn: Enhancing Deep Learning in Medical Imaging with REM-Dream-Inspired Data Augmentation	Lerch, Luc	Object Recognition: Structure of categories
56.419	Saccade Profiles Across Tasks After Childhood Hemispherectomy	Chroneos, Maria Z.	Eye Movements: Clinical
56.456	Recurrence is needed to account for the sharper orientation-tuned surround suppression for oblique versus cardinal orientations	Miao, Huiyuan	Spatial Vision: Machine learning, neural networks
56.439	Features for visual object recognition.	Arguin, Martin	Object Recognition: Basic features
56.405	How many moving obstacles do we respond to at once? A temporal threshold model best accounts for collision avoidance in a crowd	Veprek, Kyra	Action: Locomotor, flow, steering
56.430	The mechanisms of crossed and uncrossed disparities in coarse stereopsis	Wang, Penghan	Binocular Vision: Disparity, stereopsis and suppression
56.420	Differences in smooth pursuit characteristics in different types of strabismus.	SANZ, ELENA	Eye Movements: Clinical
56.449	Pattern of associations across categories in visual recognition	Soen, Laura	Object Recognition: Structure of categories
56.440	Object-substitution masking: The role of low-level chromatic similarity	Lange, Ryan	Object Recognition: Basic features
56.413	Order-Dependent Functional Brain Connectivity in a Cue-Separation Grasp Task	Luabeya, Gaelle	Action: Clinical, neural
56.406	Control theoretical models for visuomotor control explains brain activity during naturalistic driving	Zhang, Tianjiao	Action: Locomotor, flow, steering
56.457	Mapping models of V1 and V2 selectivity with local spectral reverse correlation	Oleskiw, Timothy D.	Spatial Vision: Machine learning, neural networks
56.431	Unraveling the impact of stereoscopic vision on daily tasks in younger and older adults	Chopin, Adrien	Binocular Vision: Disparity, stereopsis and suppression
56.421	Fine spatial vision is optimally adapted to the abnormal fixational eye movements of people with amblyopia	Chung, Susana T. L.	Eye Movements: Clinical
56.450	Exploring mental representation of visual emoji symbols through human similarity judgments	Yun, Yiling	Object Recognition: Structure of categories
56.458	Possible Optimal Strategies for Orientation Coding in Macaque V1 Revealed with a Self-Attention Deep Neural Network (SA-DNN) Model	Wang, Xin	Spatial Vision: Machine learning, neural networks
56.414	Visual cortex encodes spatially specific reward information during closed-loop naturalistic interaction	Kim, Royoung	Action: Clinical, neural
56.407	Anticipatory control of steering through multiple waypoints	Jansen, AJ	Action: Locomotor, flow, steering
56.432	Partitioning the effects of distinct natural-scene properties on visual performance	White, David	Binocular Vision: Disparity, stereopsis and suppression
56.441	Composite Object Representation Makes Tracking Through Rotation Deficient	Wu, Qihan	Object Recognition: Basic features
56.451	Time-resolved brain activation patterns reveal hierarchical representations of scene grammar when viewing isolated objects	Kallmayer, Aylin	Object Recognition: Structure of categories
56.422	Reduced visual acuity due to defocus cannot fully account for the abnormal fixational eye movements of persons with amblyopia	Kwon, Sunwoo	Eye Movements: Clinical
56.442	An Occipitotemporal Region that Identifies Relevant Features	Zeng, Yuxuan	Object Recognition: Basic features
56.433	Performance metrics of real-world perception in augmented reality	Duijnhouwer, Jacob	Binocular Vision: Disparity, stereopsis and suppression
56.459	Visual Inputs Reconstructing through Enhanced 3T fMRI Data from Optimal Transport Guided Generative Adversarial Network	Xiong, Yujian	Spatial Vision: Machine learning, neural networks
56.434	The Dichopter	Brecher, Kenneth	Binocular Vision: Disparity, stereopsis and suppression
56.443	Spiky and Stubby Objects in Human Visual Perception	Au, Ashley	Object Recognition: Basic features
56.423	The effect of image size and defocus on children’s reflex vergence eye movements to natural images	Marella, Bhagya L	Eye Movements: Clinical
56.424	MEASURING REFRACTIVE ERROR USING CONTINUOUS PSYCHOPHYSICS AND EYE TRACKING	Pirso, Ethan	Eye Movements: Clinical
56.425	Behavioral and oculomotor effects of scotoma awareness training in patients with central vision loss	Maniglia, Marcello	Eye Movements: Clinical

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.

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