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Abstract#
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Poster Title
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First Author
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Session 
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Room
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56.457
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Modeling visual cortex with local unsupervised learning
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Passi, Ananya
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.456
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Seeing from the ground up: Spontaneous perception of 'causal history' due to intuitive physics
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Wong, Kimberly W.
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.447
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Factors affecting baseline boundary extension effect: a meta-analysis
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Lukavský, Jiří
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.448
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The Effect of Scene Clutter on Visual Representations
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Bracci, Stefania
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.450
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Untypical scene exemplars are easier to remember, but harder to categorize
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Atzert, Charlotte
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.452
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Intuitive physical and domain-general reasoning are dissociable in the human brain
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Pramod, RT
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.445
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Aversion to Ambiguity: The Relationship Between Categorization Ambiguity and Pleasure in Viewing Real-World Images
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Tang, Yikai
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.453
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A large-scale vision-language fMRI dataset for multi-modal semantic processing
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Li, Yuanning
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.451
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Ensemble physics: perceiving the mass of groups of objects is more than the sum of its parts
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Vivanco Cepeda, Vicente
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.446
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Visual and Semantic Scene Information: A Steady-State Visual Evoked Potentials Study
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Stadhard, Skylar
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.454
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Scene Understanding Maps: Predicting Most Frequently Fixated Object during Free Viewing with Multi-Modal Large Language Models
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Murlidaran, Shravan
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.455
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Foveated Multi-Modal Large Language Model Maps to Predict Time to Understand Scenes
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Wen, Ziqi
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.449
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Distinct roles of visual and semantic information in scene detection and categorization
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Aronson, Sage
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Scene Perception: Categorization, memory, clinical, intuitive physics, models
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Pavilion
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56.471
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The Influence of Regional Landmarks on Sex Differences in Spatial Navigation: The Moderating Role of Sense of Direction
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He, Qiliang
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Scene Perception: Natural images, virtual environments
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Pavilion
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56.468
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How visual and conceptual factors predict the composition of typical scene drawings
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Wang, Gongting
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Scene Perception: Natural images, virtual environments
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Pavilion
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56.472
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Assessing the efficacy of visual augmentations for high-stress navigation
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Turkstra, Lily
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Scene Perception: Natural images, virtual environments
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Pavilion
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56.466
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Depth estimation in real-world scenes
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Trescakova, Michaela
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Scene Perception: Natural images, virtual environments
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Pavilion
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56.469
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Statistics of egocentric video during everyday tasks
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Niu, Xueyan
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Scene Perception: Natural images, virtual environments
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Pavilion
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56.470
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Observers overestimate how much they see across the visual field
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Cohen, Michael
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Scene Perception: Natural images, virtual environments
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Pavilion
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56.467
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Dimensions of tuning for 3D scene structure in the brain reflect dimensions of 3D structure encountered during natural behavior.
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Lescroart, Mark
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Scene Perception: Natural images, virtual environments
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Pavilion
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56.474
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The addition of stereopsis to natural scenes enhances human brain activation in scene-selective regions
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Varon, Sofia
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Scene Perception: Neural mechanisms
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Pavilion
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56.476
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Valence of the scene context, not the people in the scene is captured in the visual cortex and visual artificial neural networks
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Yargholi, Elahe
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Scene Perception: Neural mechanisms
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Pavilion
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56.483
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High-dimensional structure underlying individual differences in naturalistic visual experience
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Han, Chihye
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Scene Perception: Neural mechanisms
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Pavilion
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56.475
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Maintaining vs. updating representations: Roles of parahippocampal, occipital, and retrosplenial cortices in scene perception
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Zhang, Treedom Beiyin
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Scene Perception: Neural mechanisms
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Pavilion
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56.481
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Atypical place selectivity in the retrosplenial complex in individuals with autism spectrum disorder
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Li, Taylor L.
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Scene Perception: Neural mechanisms
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Pavilion
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56.480
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From Vision to Decision: How Tasks Transform Dynamic Brain Representations
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Duan, Yaocong
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Scene Perception: Neural mechanisms
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Pavilion
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56.482
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Characterizing the probable location of scene perception and place memory areas along the cortical hierarchy – a publicly available resource
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Steel, Adam
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Scene Perception: Neural mechanisms
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Pavilion
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56.484
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Neural activity resolved in space and time through fusion of large-scale EEG and fMRI datasets.
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Charest, Ian
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Scene Perception: Neural mechanisms
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Pavilion
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56.473
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The superior parietal lobule scene region is involved in visually-guided navigation
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Yoon, Hee Kyung
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Scene Perception: Neural mechanisms
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Pavilion
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56.477
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Prediction Effects in Early Visual Perception
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Kaur, Anmol
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Scene Perception: Neural mechanisms
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Pavilion
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|
56.478
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Representation of goal-modulated navigational affordances in the human brain
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Yu, Jinkook
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Scene Perception: Neural mechanisms
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Pavilion
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56.479
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Neural correlates of boundary prominence and type in the human brain
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Park, Jieun
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Scene Perception: Neural mechanisms
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Pavilion
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|
56.464
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Representations of scene beauty in space and time: An EEG-fMRI fusion study
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Flieger, Philipp
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Scene Perception: Spatiotemporal factors
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Pavilion
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56.458
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Biases in predictions of dynamic natural scenes: contributions of motion and scene content on the accuracy and precision of prediction
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Song, Jiali
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Scene Perception: Spatiotemporal factors
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Pavilion
|
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56.463
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Relational scene understanding relies on cortical processing evidenced by dichoptic presentation
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Kim, Nayoung
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Scene Perception: Spatiotemporal factors
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Pavilion
|
|
56.461
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How much visual field loss can you tolerate on the road? Impact of central and peripheral scotomas on road hazard localization
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Zivli, Ido
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Scene Perception: Spatiotemporal factors
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Pavilion
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56.465
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Scene Processing is Information Capacity Limited by both Visual and Semantic Information
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Nguyen, Amy
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Scene Perception: Spatiotemporal factors
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Pavilion
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56.459
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Dynamic color priming in MLDS alters perceived similarity
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Frey, Haley
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Scene Perception: Spatiotemporal factors
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Pavilion
|
|
56.462
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Irresistibly logical: Disjunctive inferences facilitate visual recognition of likely and unlikely events
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Braswell, Nathaniel
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Scene Perception: Spatiotemporal factors
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Pavilion
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56.460
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Effects of imagining performing a task on the memory for scene picture boundaries
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Gottesman, Carmela
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Scene Perception: Spatiotemporal factors
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Pavilion
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|
56.309
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Modulation of Baseline Activity and Associated Receptive Field Dynamics in the Human Visual Cortex via Transcranial Direct Current Stimulation
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Ahn, Jeongyeol
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
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56.310
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How does the early visual cortex cope with mesopic conditions? Evidence for compensatory mechanisms in cortical spatial summation and surround suppression
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Klimova, Michaela
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
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56.314
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ssVEP-based estimation of contrast sensitivity, visual acuity and orientation sensitivity further supports the absence of a common factor in vision
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Morea, Martina
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
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56.315
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Individual differences in vision: variability rather than noise
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Herzog, Michael
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
|
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56.317
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Stronger visual surround suppression under psilocybin: A psychophysical and EEG pilot study
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Schallmo, Michael-Paul
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
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56.311
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Neural and behavioural effects of visuomotor stimulation during dual response task
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Costanzo, Raffaele
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
|
|
56.319
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Orientation Decoding from Neuronal Populations in Macaque V1: An External Noise Investigation
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Yu, Cong
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
|
|
56.312
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Situating Redundancy Masking in the visual pathways
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Gomes Tomaz, Ângela
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
|
|
56.318
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Contrast impacts population heterogeneity of orientation tuning in V1
|
Emerson, Joseph
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
|
|
56.313
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Foveal visual acuity and the jitter aftereffect
|
Sigda, Lauren
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
|
|
56.316
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Orientation columns in V1 cannot be detected with fMRI at 0.6 mm resolution
|
Olman, Cheryl
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Spatial Vision: Neural mechanisms
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Banyan Breezeway
|
|
56.305
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Orientation Tuning of Contrast-Sensitive Mechanisms: Insights from Individual Differences
|
Peterzell, David H.
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Spatial Vision: Models
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Banyan Breezeway
|
|
56.301
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Global perceptual organization attaches target position to the reference frame in the frame effect.
|
Jiaheng, Xu
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Spatial Vision: Models
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Banyan Breezeway
|
|
56.307
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Alpha-Band Phase Modulates Perceptual Sensitivity by Reducing Internal Noise
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Pilipenko, April
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Spatial Vision: Models
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Banyan Breezeway
|
|
56.304
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The spatial area that masks a stimulus is largely independent of spatial frequency and eccentricity
|
Hassan, Aqsa
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Spatial Vision: Models
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Banyan Breezeway
|
|
56.306
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A “back-pocket” model of V1 orientation processing predicts curvature blindness
|
Dakin, Steven
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Spatial Vision: Models
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Banyan Breezeway
|
|
56.302
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Stimulus-Dependent Variability in Population Receptive Field Mapping
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Windischberger, Christian
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Spatial Vision: Models
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Banyan Breezeway
|
|
56.303
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Validating run-to-run variability simulations for population receptive fields (pRF) mapping
|
Mittal, Siddharth
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Spatial Vision: Models
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Banyan Breezeway
|
|
56.308
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Spatiofeatural receptive field modeling of primate IT cortex neurons
|
Jagadeesh, Akshay V
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Spatial Vision: Models
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Banyan Breezeway
|
|
56.436
|
Content-independent pointers mediate working memory storage for both visual and verbal stimuli
|
Chang, Woohyeuk
|
Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.433
|
The Influence of Identical Objects on Visual Working Memory Capacity: Electrophysiological Evidence
|
Guo, Lijing
|
Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.428
|
Neural correlates of working memory precision
|
Deutsch, Philipp
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Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.427
|
Immediate reselection of visual and motor memories after external interference
|
Gresch, Daniela
|
Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.434
|
Measuring Trust in Artificial Intelligence with the contralateral delay activity (CDA)
|
Feldmann-Wüstefeld, Tobias
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Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.432
|
Task-Dependent Neural Coding in Visual Working Memory
|
Boakye, Dennis
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Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.431
|
Shared and Unique Visual Working Memory Representations Across Individuals Revealed by Intracranial Recordings
|
Farley, John
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Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.430
|
Revealing the effect of regularities on representations in visual working memory
|
Ataseven, Nursena
|
Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.435
|
Anticipation of Extra Memory Load Does Not Alter Working Memory’s Reliance on Long-term Memory
|
Yılmaz, Yakup
|
Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.426
|
Goal-setting modulates visual working memory performance through alpha power suppression and effort
|
Kozlova, Olga
|
Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.425
|
EEG decoding reveals a link between visual working memory fidelity and the magnitude of similarity-induced memory bias
|
Ünver, Nursima
|
Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.424
|
Distracted but not defeated: Voxel population codes flexibly transform to support high-fidelity working memory representations
|
Wennberg, Janna
|
Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.429
|
Pinpointing the Sources of Top-Down Feedback in Visual Working Memory
|
Li, Shanshan
|
Visual Memory: Neural mechanism of working memory
|
Pavilion
|
|
56.404
|
Both active and passive states in visual working memory recruit sensory storage
|
Chen, Xinran
|
Visual Memory: Working memory and attention
|
Pavilion
|
|
56.405
|
The Impact of Retro-Cue Validity on Working Memory and Attentional Template Efficiency
|
Fortuna, Alexandre
|
Visual Memory: Working memory and attention
|
Pavilion
|
|
56.402
|
Attentional refreshing multiple working memory objects via exogenous retro-cues
|
Joe, Juyeon
|
Visual Memory: Working memory and attention
|
Pavilion
|
|
56.407
|
Visual working memory intrusions caused by salient onsets, with and without spatial distraction
|
Montalvo, Derrek T.
|
Visual Memory: Working memory and attention
|
Pavilion
|
|
56.409
|
Working memory consolidation interruption by forced choice decision is location specific
|
Tamber-Rosenau, Benjamin J.
|
Visual Memory: Working memory and attention
|
Pavilion
|
|
56.406
|
The stability of individual working memory capacity measures
|
Turner, Courtney
|
Visual Memory: Working memory and attention
|
Pavilion
|
|
56.408
|
Visual Working Memory Load Modulates Distraction in Visual Search
|
Trujillo, Jennifer
|
Visual Memory: Working memory and attention
|
Pavilion
|
|
56.401
|
Attentional prioritization and deprioritization in perception and visual working memory
|
Tafech, Issam
|
Visual Memory: Working memory and attention
|
Pavilion
|
|
56.403
|
Bind 2, Get 1 Free?: Will the Visual System Encode a Third Feature Even When It's Irrelevant?
|
Kousa, Moussa
|
Visual Memory: Working memory and attention
|
Pavilion
|
|
56.411
|
Visual Working Memory and the Primary Visual Cortex: Behavioral Asymmetries and Structural Correlates
|
Papiernik-Kłodzińska, Julia
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.419
|
Decision-making modulates perceptual interference beyond sensory interactions
|
Saito, Joseph M.
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.413
|
Associating memorized color with spatial location improves recall and biases gaze
|
Rawal, Amit
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.414
|
Bidirectional Interference Between Working Memory and Perception for Faces and Motion Over Time
|
Paranjape, Sanika
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.418
|
Rewards Guide Voluntary Utilization of Visual Working Memory
|
Zheng, Xutao
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.417
|
Remembering multiple objects in the same category leads to better performance at a sacrifice of higher false alarm
|
Chareunsouk, Payachana
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.423
|
Task-relevant actions trigger automatic working memory updating
|
Özdemir, Sahcan
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.421
|
Exploring the role of saccades in visual working memory utilization
|
Qais, Rania
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.412
|
A Dense Sampling Study on Visual Working Memory Across the Human Menstrual Cycle
|
li, A.Y
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.420
|
Scan it like it’s hot: Working memory and visual scanning
|
Segers, Micalee
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Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.416
|
Learned affordances and action similarity modulate repulsion biases in visual working memory
|
Trentin, Caterina
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Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.422
|
Response modality modulates spatial and temporal biases in visual working memory
|
Yang, Sihan
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.415
|
Causal evidence for the role of visual areas in working memory maintenance
|
Chu, Wing Kwan Hannah
|
Visual Memory: Working memory and visual functions
|
Pavilion
|
|
56.324
|
Investigating the Temporal Dynamics of LTM-to-VWM Reinstatement During Visual Search
|
Kespe, Jessica
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.320
|
3D Depth-invariant Learned Spatial Suppression
|
Chang, Seah
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.327
|
Proactive control prevents salience-driven attention capture in a cued go/no-go search task
|
McDonald, John
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.329
|
Tracking the capacity bottleneck in multiple-colour search
|
Wang, Ziyi
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.325
|
Selection history upweights and downweights attentional priority without modulating perceived salience
|
McKinney, Molly R.
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.323
|
Ignoring salient distractors inside of the attentional window
|
Ma, Xiaojin
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.321
|
Do Implicit Color-Emotion Associations Modulate Distractor Suppression?
|
Secrest, William
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.328
|
Searched but never found: Attentional control settings are pruned based on interactions with the external environment
|
Joubran, Samantha
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.322
|
From Capture to Control: Initial Capture Leads to Learned Suppression
|
Zhang, Yue
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.326
|
What is feature-general suppression and do people actually use it?
|
Savelson, Isaac
|
Attention: Visual search
|
Banyan Breezeway
|
|
56.337
|
The Role of Predictive Processing and Perceptual Load in Selective Visual Attention: An Examination with Semantically Salient and Less Salient Distractors
|
Urgen, Burcu A.
|
Attention: Capture
|
Banyan Breezeway
|
|
56.332
|
Does Inhibition of Return Care About Spatial Frequency ?
|
Lougen, Daniel
|
Attention: Capture
|
Banyan Breezeway
|
|
56.334
|
How Statistical is “Statistically-Learned” Distractor Suppression?
|
Stilwell, Brad T.
|
Attention: Capture
|
Banyan Breezeway
|
|
56.330
|
All Eyes on the Animals: Animacy Guides Visual Attention
|
Yucer, Ece
|
Attention: Capture
|
Banyan Breezeway
|
|
56.338
|
Using Contingent Capture to Identify the Mechanism of Learned Relevance on Attention
|
Carlisle, Nancy
|
Attention: Capture
|
Banyan Breezeway
|
|
56.333
|
Electrophysiological markers of distractor suppression are interactively shaped by search mode and distractor salience
|
Duncan, Dock
|
Attention: Capture
|
Banyan Breezeway
|
|
56.335
|
Optimizing memory task ratio and disentangling precision and guidance
|
Kaynar, Mihrican Yaren
|
Attention: Capture
|
Banyan Breezeway
|
|
56.336
|
Salience does not always equal distraction
|
York, A. Kane
|
Attention: Capture
|
Banyan Breezeway
|
|
56.331
|
Attentional capture vs. attentional bias: Novel evidence for the Priority Accumulation Framework and dissociation between exogenous and endogenous control of overt attention.
|
Sasi, Mor
|
Attention: Capture
|
Banyan Breezeway
|
|
56.439
|
Arbitrary and explicit prediction biases perceptual categorization
|
Bulatova, Olya
|
Decision Making: Perception, memory
|
Pavilion
|
|
56.437
|
Novelty seekers vs. Familiarity seekers - Individual differences and personal profiling based on memory influence on visual preference
|
Zheng, Shengjie
|
Decision Making: Perception, memory
|
Pavilion
|
|
56.443
|
Serial dependence in target estimation becomes more pronounced with increasing temporal variations in the context
|
Lim, Jaeseob
|
Decision Making: Perception, memory
|
Pavilion
|
|
56.438
|
Seeing What You Want to See: How Belief Biases Perception and Memory
|
Malitek, Adam
|
Decision Making: Perception, memory
|
Pavilion
|
|
56.442
|
Repulsive bias in category formation: Beyond confirmation bias
|
Ni, Long
|
Decision Making: Perception, memory
|
Pavilion
|
|
56.441
|
Category-level stimulus representations induce similar biases in both retrospective and prospective perceptual decision-tasks
|
Maechler, Marvin
|
Decision Making: Perception, memory
|
Pavilion
|
|
56.440
|
Categorical Representations in Sequential Evidence Accumulation
|
Fang, Mengting
|
Decision Making: Perception, memory
|
Pavilion
|
|
56.444
|
The influence of expectations on working memory-based decisions and sensory working memory representations
|
Zhou, Ying
|
Decision Making: Perception, memory
|
Pavilion
|
|
56.357
|
Metacognitive ability limits visual attentional control Undergraduate Just-In-Time Submission
|
Trowbridge, Sydney
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.358
|
Metacognitive Practice Induces Conservative Response Biases Undergraduate Just-In-Time Submission
|
Vegas, Owen
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.359
|
Luminance-matching in pupillometry is not enough: The curious case of orientation. Undergraduate Just-In-Time Submission
|
Parrella, Matthew
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.360
|
Portable Psychophysics: Measuring Visual Crowding with the Apple Vision Pro Undergraduate Just-In-Time Submission
|
Dowd, Kaila
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.356
|
Convolutional neural networks lack human-level robustness at recognizing reversed-contrast and two-tone Mooney faces Undergraduate Just-In-Time Submission
|
Zhao, Zelin (Linda)
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.339
|
The oddball effect extends to dynamic stimuli Undergraduate Just-In-Time Submission
|
Triplett, Ian
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.340
|
The effects of prioritization on the allocation of attention Undergraduate Just-In-Time Submission
|
Juffe, Mimi
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.341
|
Predicting individual differences in visual search using measures of attentional breadth and saccadic inhibition Undergraduate Just-In-Time Submission
|
Stewart, Bradley F
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.342
|
Attention to color and orientation spread globally to a similar extent Undergraduate Just-In-Time Submission
|
Indenberga, Nora
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.343
|
Cueing color but not orientation effectively guides visual search with heterogeneous distractors Undergraduate Just-In-Time Submission
|
Oh, Seeun
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.344
|
The capacity of active attentional templates: testing the single-template vs multiple-template Hypotheses Undergraduate Just-In-Time Submission
|
George, Sydney
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.345
|
Irrelevant features of delay-period memory targets cause visual working memory distortions. Undergraduate Just-In-Time Submission
|
Miller, Ryan
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.346
|
Using general recognition theory to characterize feature binding in visual working memory Undergraduate Just-In-Time Submission
|
Dungan, Madilyn
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.347
|
The perception of countability: A case study of ‘mental affordances’ Undergraduate Just-In-Time Submission
|
Milman, Lana
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.348
|
Selective attention by contextual spatiotemporal regularities Undergraduate Just-In-Time Submission
|
Chiu, Kaiki
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.349
|
Can artificial intelligence eliminate the need for eye tracker calibration in both screen-based and walking tasks? Undergraduate Just-In-Time Submission
|
Aje, Elizabeth
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.350
|
The Influence of Working Memory Load on Visual Search and Quitting Behavior Undergraduate Just-In-Time Submission
|
Feuzeu Mekoue, Laurielle Kelly
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.351
|
Early quitting in visual search: How different cueing methods influence performance Undergraduate Just-In-Time Submission
|
Mbithi, Idah
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.352
|
How does effort avoidance relate to the strategic use of attentional control? Undergraduate Just-In-Time Submission
|
Kuthe, Saachi
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.353
|
Measuring Affective Processing Through Pupil Dynamics During Context-Based Emotion Perception Undergraduate Just-In-Time Submission
|
Lopez, Jasmine
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.354
|
Frequency Over Time Matters: Temporal Exposure Shapes Implicit Familiarity Undergraduate Just-In-Time Submission
|
Chainiyom, Thiti
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
|
56.355
|
Flicker and Reading: Does the Phantom Array Impair Reading? Undergraduate Just-In-Time Submission
|
Hulsey, Sidney K
|
Undergraduate Just-In-Time 2
|
Banyan Breezeway
|
