Sunday Morning Posters, Banyan Breezeway

Poster Session: Sunday, May 19, 2024, 8:30 am – 12:30 pm, Banyan Breezeway

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

Abstract#	Poster Title	First Author	Session
33.344	Generalization of implied motion to real motion in infancy	Umekawa, Riku	Development: Natural experience and eye movements
33.301	Variation in cortical responses to neuromodulation: Motor thresholds vs. Visual phosphenes	Cohan, Remy	Plasticity and Learning: Electrophysiology, brain stimulation
33.306	Deriving the functional form to fit confidence ratings in psychophysical experiments	Schneider, Keith A.	Decision Making: Perceptual decision making 2
33.317	Indexing Sensory Eye Dominance	Zheng, Qingzi	Binocular Vision: Eye dominance and rivalry
33.326	Psychophysical measure of the impact of healthy aging on rods and cones of the retina	Rodrigue, Geneviève	Color, Light and Materials: Neural mechanisms, models, disorders
33.318	Variances in sensory eye dominance across the visual field	Kam, Ka Yee	Binocular Vision: Eye dominance and rivalry
33.327	Signals from S-cone-driven Single-Opponent Neurons in the Human Visual Cortex	Qiao, Songlin	Color, Light and Materials: Neural mechanisms, models, disorders
33.302	Nap after anodal transcranial direct current stimulation (tDCS) disrupts consolidation of visual perceptual learning- an EEG study	Zhu, Xinyi	Plasticity and Learning: Electrophysiology, brain stimulation
33.345	The development of Internal noise	Silvestre, Daphné	Development: Natural experience and eye movements
33.307	Dissecting the Reaction Times of Global and Local Processing	lougen, daniel	Decision Making: Perceptual decision making 2
33.319	Assessing variations in eye dominance across the visual field	Paffen, Chris	Binocular Vision: Eye dominance and rivalry
33.303	Stronger adaptation of middle-to-late ERP components to object silhouette images before versus after object priming in Aphantasia	SINGTOKUM, NITHIT	Plasticity and Learning: Electrophysiology, brain stimulation
33.346	Characterizing the statistics of naturalistic visual experience during head-free fixations in infancy	Petroff, Zachary	Development: Natural experience and eye movements
33.328	Alternating orientation of the chromatic pattern visual evoked potential improves signal, even in the absence of contrast adaptation.	Ara, Jawshan	Color, Light and Materials: Neural mechanisms, models, disorders
33.308	Inhomogeneities in human responses to zero-coherence dot motion persist as increasingly more sensory evidence is added	Jongmekwamsuk, Kanathip	Decision Making: Perceptual decision making 2
33.309	Metacognition in Putative Magno- and Parvocellular Vision	Nukala, Vrishab	Decision Making: Perceptual decision making 2
33.320	Intermittent theta burst stimulation (iTBS) of primary visual cortex reduces sensory eye dominance.	Wang, Junyu	Binocular Vision: Eye dominance and rivalry
33.347	Infants’ use of eye movements to explore their natural environment	Candy, T Rowan	Development: Natural experience and eye movements
33.329	Chromatic center-surround antagonism revealed by the Westheimer paradigm	Wu, Christopher S	Color, Light and Materials: Neural mechanisms, models, disorders
33.304	EEG measures of consolidation of visual perceptual learning during wakefulness are distinct from consolidation during sleep	Cochrane, Aaron	Plasticity and Learning: Electrophysiology, brain stimulation
33.310	Metacognition is mentally demanding: revealing the costs and consequences of metacognitive effort	Matthews, Julian	Decision Making: Perceptual decision making 2
33.305	LTP-like activity induced by post-training rhythmic flicker consolidates visual perceptual learning	Yang, Xin-Yue	Plasticity and Learning: Electrophysiology, brain stimulation
33.330	Consequences of fixational eye movements for chromatic sensitivity	Neverodska, Alina	Color, Light and Materials: Neural mechanisms, models, disorders
33.321	Altering sensory eye dominance using monocular deprivation: Does the eye deprived or task matter?	Qian, Chenyi	Binocular Vision: Eye dominance and rivalry
33.348	Locomotion through surprising environments: Age effects on gaze guidance and object memory	Meißner, Sophie	Development: Natural experience and eye movements
33.322	Short-term monocular deprivation biases the location of the visual egocentre	Ba, Yalige	Binocular Vision: Eye dominance and rivalry
33.331	Parvo versus magno isoluminance	Sperling, George	Color, Light and Materials: Neural mechanisms, models, disorders
33.349	The post-stimulus modulation of the saccade rate reflects inhibitory control and top-down exploration in young and aging populations	Shdeour, Orit	Development: Natural experience and eye movements
33.311	Near-optimal metacognition across the visual periphery	Odegaard, Brian	Decision Making: Perceptual decision making 2
33.332	Mechanism of positive color afterimage caused by dichoptical presented contours	Yang, Tan-Ni	Color, Light and Materials: Neural mechanisms, models, disorders
33.323	Homeostatic and Hebbian plasticity are related in adult humans	Prosper, Antoine	Binocular Vision: Eye dominance and rivalry
33.350	Modulation of saccade-rate in infants during their first year of life	Yuval-Greenberg, Shlomit	Development: Natural experience and eye movements
33.312	The effects of spatiotemporal uncertainty on metacognition in orientation ensemble perception	Lee, Alan L. F.	Decision Making: Perceptual decision making 2
33.333	A Recipe for a 4+ Primaries DLP Projector	Fraser, Lindsey	Color, Light and Materials: Neural mechanisms, models, disorders
33.324	Transcranial magnetic stimulation to early visual cortex modulates binocular rivalry	Moro, Stefania S.	Binocular Vision: Eye dominance and rivalry
33.313	Treating logical fallacies in a normative computational framework of perceptual decision making	Molnár, Barnabás	Decision Making: Perceptual decision making 2
33.351	Developmental trajectory of gaze during natural locomotion	Schroer, Sara	Development: Natural experience and eye movements
33.325	Visual Uncertainty in Binocular Rivalry	zhou, Zhangziyi	Binocular Vision: Eye dominance and rivalry
33.314	When does response duration track performance?	Zhou, Hanbei	Decision Making: Perceptual decision making 2
33.334	Biomimetic-inspired resilient learning: Impact of progressive chromatic variations on the face recognition performance	Munshi, Joydeep	Color, Light and Materials: Neural mechanisms, models, disorders
33.315	Mapping visual search errors to covert operations with frontal eye field neurophysiology and double factorial design	Lyu, Wanyi	Decision Making: Perceptual decision making 2
33.335	Deep learning models for lightness constancy can exploit both natural lighting cues and rendering artifacts.	Flachot, Alban	Color, Light and Materials: Neural mechanisms, models, disorders
33.316	Metacognitive control drives behavioural efficiency in dynamic sensory environments	Balsdon, Tarryn	Decision Making: Perceptual decision making 2
33.336	Unveiling the temporal dynamics of diurnal and crepuscular illumination	Yu, Cehao	Color, Light and Materials: Neural mechanisms, models, disorders
33.337	Image statistics of melanopsin-mediated signals	Barrionuevo, Pablo	Color, Light and Materials: Neural mechanisms, models, disorders
33.338	Effect or artifact? Assessing the stability of comparison-based scales	Künstle, David-Elias	Color, Light and Materials: Neural mechanisms, models, disorders
33.339	Color categories in color anomalous trichromats and dichromats	Martin, Aimee	Color, Light and Materials: Neural mechanisms, models, disorders
33.340	Evaluation of novel tablet-based color vision tests	Arthur, Christabel	Color, Light and Materials: Neural mechanisms, models, disorders
33.341	Alterations in resting-state functional connectivity in Charles Bonnet Syndrome	Kinakool, Aysha N.	Color, Light and Materials: Neural mechanisms, models, disorders
33.342	Synesthetic Color Mapping of Chinese Characters and Kanji: Comparative Analysis among Grapheme-Color Synesthetes in Taiwan and Japan	Yang, Chien-Chun	Color, Light and Materials: Neural mechanisms, models, disorders
33.343	A blue-light absorbing lens improves visual function under bright light conditions in pseudophakic patients	Harth, Jacob B.	Color, Light and Materials: Neural mechanisms, models, disorders

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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