|
Abstract# 
|
Poster Title
|
First Author
|
Session
| |
43.401
|
Predicting binocular visual acuity with analytical summation models
|
Lew, Wei Hau
|
Spatial Vision: Binocular vision
|
|
43.402
|
Recurrent processes synchronize local competitions into coherent perception in binocular rivalry
|
Yan, Junjie
|
Spatial Vision: Binocular vision
|
|
43.403
|
Rapid Assessment of Stereo Thresholds Using an Interactive Random Dot Stereogram in Virtual Reality
|
Belani, Triya
|
Spatial Vision: Binocular vision
|
|
43.404
|
Stereoscopic vision facilitates the tracking of multiple objects, but has little impact on the tracking of a single object
|
Allard, Remy
|
Spatial Vision: Binocular vision
|
|
43.405
|
Stereoacuity and interocular contrast balance: visual field location matters
|
Verghese, Preeti
|
Spatial Vision: Binocular vision
|
|
43.406
|
Neural Responses to Interocular Correlation
|
Richard, Bruno
|
Spatial Vision: Binocular vision
|
|
43.407
|
What determines switch versus return transitions during binocular rivalry?
|
Cha, Oakyoon
|
Spatial Vision: Binocular vision
|
|
43.408
|
Transiently increasing suppressed stimulus strength shortens rivalry durations
|
Knickel, Taylor J.
|
Spatial Vision: Binocular vision
|
|
43.409
|
Gaze behavior during performance of controlled tasks on natural scenes
|
Poole, Amy
|
Eye Movements: Natural, complex tasks
|
|
43.410
|
Arcminute-scale simulated central scotomas induce systematic changes in performance and fine oculomotor behavior during reading
|
Guzhang, Yue
|
Eye Movements: Natural, complex tasks
|
|
43.411
|
Influence of Scene Context on Eye Movements During Gaze Perception
|
Karmakar, Srijita
|
Eye Movements: Natural, complex tasks
|
|
43.412
|
Driver gaze behaviour when monitoring for road hazards: Effects of visual distraction
|
Wee, Ginnie
|
Eye Movements: Natural, complex tasks
|
|
43.413
|
Active fixational control in a real-world grooming task
|
Lin, Ruitao
|
Eye Movements: Natural, complex tasks
|
|
43.414
|
Gaze Behavior while Pouring a Cup of Coffee
|
Midlagajni, Niteesh
|
Eye Movements: Natural, complex tasks
|
|
43.415
|
Novel Oculomotor Sequence Learning Paradigm: Implications for Audio-Visual cued learning
|
Petrovski, Michael
|
Eye Movements: Natural, complex tasks
|
|
43.416
|
AI-Powered Feature Extraction from Naturalistic Egocentric Recording and Eye-Tracking
|
Xu, Yanbin
|
Eye Movements: Natural, complex tasks
|
|
43.417
|
Binocular rivalry and optokinetic nystagmus as a screening tool for amblyopia
|
Chopin, Adrien
|
Eye Movements: Clinical
|
|
43.418
|
Oculomotor and Perceptual Adaptation to a Simulated Sub-Foveal Scotoma
|
Nagarajan, Krishnaveni
|
Eye Movements: Clinical
|
|
43.419
|
Exploring eye-hand coordination with central field loss in virtual reality
|
Guénot, Jade
|
Eye Movements: Clinical
|
|
43.420
|
Can Optical Coherence Tomography be used to quantify fixation stability?
|
Soans, Rijul Saurabh
|
Eye Movements: Clinical
|
|
43.421
|
Fixational Instability in Ophthalmic and Neurological Disease: A Comprehensive Review
|
Faisal, Zainab
|
Eye Movements: Clinical
|
|
43.422
|
Altered eye movements in adults with glaucoma while walking through different environmental features
|
Harter, Michelle
|
Eye Movements: Clinical
|
|
43.423
|
Dissociation between endpoint judgement accuracy and metacognitive ability across brief windows of visual feedback in upper-limb reaching
|
Oancea, Gabriela
|
Action: Reaching
|
|
43.424
|
Distinct Sensorimotor Integration in Reaching Toward Rigid vs. Non-rigid Motion Targets
|
Lappe, Markus
|
Action: Reaching
|
|
43.425
|
Distinct Spatiotemporal Dynamics of Salience-Based Suppression in Reaching Movements
|
Ahn, Shinhae
|
Action: Reaching
|
|
43.426
|
Efficient estimation of reach endpoint variability using a Wishart-Process model
|
Li, Zinong
|
Action: Reaching
|
|
43.427
|
Electrophysiological measures of response inhibition during “automatic” online reach corrections.
|
Striemer, Christopher L.
|
Action: Reaching
|
|
43.428
|
From Perception to Action: Stereomotion Channels Predict Reaching Dynamics
|
Yang, Pin
|
Action: Reaching
|
|
43.429
|
Variability of visually guided reaches depends on reach distance and duration
|
Sun, Qingjie
|
Action: Reaching
|
|
43.430
|
Visual landmarks modulate Posterior Parietal Activity during a memory guided reach task
|
Sheldrick, Brando
|
Action: Reaching
|
|
43.431
|
Apraxia Disrupts the Spatiotemporal Structure of Grasping, Despite Preserved Aperture Scaling
|
Tassone, Felicia
|
Action: Grasping, affordances
|
|
43.432
|
Assessing the Role of Binocular Vision in Eye–Hand Coordination during Sequencing Actions
|
Chen, Xiaoxin
|
Action: Grasping, affordances
|
|
43.433
|
Intrinsic Object Feature Interference Reveals Holistic Visuomotor Processing in Autism
|
Ahmad, Zoha
|
Action: Grasping, affordances
|
|
43.434
|
Co-Action Accelerates Movements and Triggers Task-Dependent Synchronization
|
Costantino, Mario
|
Action: Grasping, affordances
|
|
43.435
|
Haptic contributions to visual-memory-guided grasping
|
McIntosh, Logan
|
Action: Grasping, affordances
|
|
43.436
|
Object representations in the human parietal and occipito-temporal cortices in a grasping task
|
Soltani Tehrani, Amirali
|
Action: Grasping, affordances
|
|
43.437
|
Stereopsis, but not motion parallax, modulates the spatiotemporal structure of grasp movements
|
Goldstein, Nathaniel
|
Action: Grasping, affordances
|
|
43.438
|
Effects of Illumination on Affordance Judgments with Simulated Peripheral Visual Field Loss in Virtual Reality
|
Orthy, Maisha Tahsin
|
Action: Grasping, affordances
|
|
43.439
|
Inverse dynamics induced vector fields explain object affordances
|
Shah, Aalap D.
|
Action: Grasping, affordances
|
|
43.440
|
Task-Irrelevant Motion Strengthens Motion Silencing of Color Changes
|
Kim, Hyerim
|
Motion: Illusions
|
|
43.441
|
Perceptual grouping reduces perceived speed but does not change uncertainty
|
Garcia, Alejandro G.
|
Motion: Illusions
|
|
43.442
|
Foveal Localization Bias Explains the Flash-Grab Effect's Directional Asymmetry, but not the Flash-Lag's
|
Marchant, Jye
|
Motion: Illusions
|
|
43.443
|
Individual Differences in the Perception of a Motion-Based Bistable Stimulus Based on Multiple Axes of Rotation
|
Lim, Brooke
|
Motion: Illusions
|
|
43.444
|
VVIQ predicts the vividness but not the control of illusory apparent motion.
|
McClellan, Julia
|
Motion: Illusions
|
|
43.445
|
Radial rotation induced ripples: a new motion aftereffect
|
Caplovitz, Gideon
|
Motion: Illusions
|
|
43.446
|
Attentional offloading during a multi-dimensional discrimination task
|
Donet, Jenna
|
Decision Making: Actions, metacognition
|
|
43.447
|
Do I know that my attention never stays still? Metacognitive monitoring of subsecond attentional dynamics
|
Kim, Cheongil
|
Decision Making: Actions, metacognition
|
|
43.448
|
Confidence in perceptual estimates reveals that sensory noise is doubly stochastic
|
Ranjan, Avinash
|
Decision Making: Actions, metacognition
|
|
43.449
|
An Adaptive Paradigm Combining Continuous Orientation Reports and Confidence Ratings for Assessing Visual Function and Metacognition
|
Skerswetat, Jan
|
Decision Making: Actions, metacognition
|
|
43.450
|
Hierarchical processing of choice and confidence in human prefrontal cortex
|
Ge, Yiran
|
Decision Making: Actions, metacognition
|
|
43.451
|
Confidence Updating of Visual Information Gathering in Difficult and Costly Situations
|
De Laere, Laura
|
Decision Making: Actions, metacognition
|
|
43.452
|
Perceptual confidence seems blind to prior information
|
Gunniya Prakash, Akash Raj
|
Decision Making: Actions, metacognition
|
|
43.453
|
Probability versus Evidence: Comparing Confidence Models in Multi-Alternative Perceptual Decision Making
|
Xue, Kai
|
Decision Making: Actions, metacognition
|
|
43.454
|
Infants’ sensitivity to size and spatiotemporal content of a dynamic 1/f texture across their peripheral visual field
|
Ravi, Aishwarya
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.455
|
Optic flow speed discrimination is enhanced during walking
|
Brown, Cassidy
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.456
|
Predicting Gravitational Self-Motion: Falling Down Versus Falling Up
|
Joerges, Bjoern
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.457
|
Beyond expansion and spirals: common motifs of optic flow derived from natural visual experience
|
Urquijo, Giselle R.
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.458
|
The Accuracy of 3D Heading Perception
|
Layton, Oliver
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.459
|
A functional gradient of object motion to self motion based selectivity across the proposed human homolog of FST
|
Capurro, Kaylie J.
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.460
|
Variation in motion-in-depth direction discrimination across the visual field with isolated binocular cues
|
Kemp, Jovan
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.461
|
Interpreting Social Actions: The Role of Joint Action in Biological Motion Perception
|
Gonzalez, Uriel
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.462
|
Can a hole have a goal? Effects of figure/ground cues on the detection and evasion of chasing in a ‘keepaway’ task
|
Lassise, Sarah
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.463
|
What looks like horizontal motion today may look like vertical motion tomorrow: Within-observer differences in visual apparent motion.
|
Prins, Nicolaas
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.464
|
Multiple object tracking under mesopic illumination: the role of object contrast and spacing
|
Lei, Quan
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.465
|
Multi-Layered Hierarchical Motion: Ancestors Matter, Descendants Do Not
|
He, Ziwei
|
Motion: Optic flow, in-depth, biological, higher-order
|
|
43.466
|
Patients with early visual cortex damage exhibit statistical learning within their blind fields
|
Cavanaugh, Matt
|
Perceptual Training, Learning and Plasticity: Statistical learning
|
|
43.467
|
Obsessive-compulsive tendencies weaken the antagonistic interplay between statistical learning and cognitive flexibility
|
Brezóczki, Bianka
|
Perceptual Training, Learning and Plasticity: Statistical learning
|
|
43.468
|
Eye-movements Reveal Learning Inaccessible to Conscious Awareness
|
Lavrova, Irina
|
Perceptual Training, Learning and Plasticity: Statistical learning
|
|
43.469
|
Competing Systems Across Development: Executive Control Versus Visual Statistical Learning
|
Nemeth, Dezso
|
Perceptual Training, Learning and Plasticity: Statistical learning
|
|
43.470
|
Dissociating pair- and item-level regularities: An EEG frequency-tagging study
|
Güney, Çiçek
|
Perceptual Training, Learning and Plasticity: Statistical learning
|
|
43.471
|
Retrospective linking in visual statistical learning
|
Allen, Sophie D.
|
Perceptual Training, Learning and Plasticity: Statistical learning
|
|
43.472
|
Gist-first Learning Facilitates Category Abstraction Across GAN-generated Scene Space
|
Rahman, Hala
|
Perceptual Training, Learning and Plasticity: Category learning
|
|
43.473
|
The Role of Frequency in Different Conflict Types in Cognitive Control
|
Wiedenmann, Emma
|
Perceptual Training, Learning and Plasticity: Category learning
|
|
43.474
|
Color categories in macaque monkeys acquired through long-term engagement with a set of colored objects
|
Feibes, Helen E.
|
Perceptual Training, Learning and Plasticity: Category learning
|
|
43.475
|
Rapid formation of a word-selective area in macaque IT through visual experience
|
Yang, Jia
|
Perceptual Training, Learning and Plasticity: Category learning
|
|
43.476
|
Overcoming Location-Specific Category Learning
|
Rosedahl, Luke
|
Perceptual Training, Learning and Plasticity: Category learning
|