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All Posters
Posters 1-22 are in Shorin Room, posters 23-103 are in Rosenthal Room.
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A1 |
John J. Vastola |
Methods, Tools, Theory & Neural Coding |
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A2 |
Arman Behrad |
Methods, Tools, Theory & Neural Coding |
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A4 |
Meta-learning In-Context Enables Training-Free Cross Subject Decoding of Vision and Motor |
Andrew F. Luo |
Methods, Tools, Theory & Neural Coding |
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A5 |
Biasing optimization to find more informative model metamers |
William F. Broderick |
Methods, Tools, Theory & Neural Coding |
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A6 |
Measuring Internal Representational Alignment between Conceptual Metaphor Domains |
Afjal Chowdhury |
Methods, Tools, Theory & Neural Coding |
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A7 |
RSVP-induced ERP Class Posteriors Reflect Graded Neural Perception of Humanoid Images |
Basak Celik |
Methods, Tools, Theory & Neural Coding |
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A8 |
Anatomy-Aware Masked Image Modeling for Self-Supervised Learning on 3D Brain MRI |
Yeonwoo Kim |
Methods, Tools, Theory & Neural Coding |
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A9 |
Bottom-up Modeling of Striatum and its Brain Circuit Interactions |
Romina Ahmadi |
Methods, Tools, Theory & Neural Coding |
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A10 |
Automated Adversarial Collaboration for Advancing Theory Building in the Cognitive Sciences |
Suyog Chandramouli |
Methods, Tools, Theory & Neural Coding |
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A11 |
Zeyu Jing |
Methods, Tools, Theory & Neural Coding |
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A12 |
K. Seeliger |
Methods, Tools, Theory & Neural Coding |
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A13 |
Latent-fMRI: Latent Neural Representations in Naturalistic fMRI using Contrastive Learning |
Kajal Singla |
Methods, Tools, Theory & Neural Coding |
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A14 |
Interpreting Neural Encoding Models: Voxel-Level Feature Discovery with Causal Validation |
Idan Daniel Grosbard |
Methods, Tools, Theory & Neural Coding |
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A15 |
Neuroscience-Inspired Analyses of Visual Interestingness in Multimodal Transformers |
Mathis Immertreu |
Methods, Tools, Theory & Neural Coding |
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A16 |
Ali Ekhlasi |
Methods, Tools, Theory & Neural Coding |
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A17 |
Signatures of discrete action representations emerge in a task-optimized neuro-symbolic model |
Carlos G. Correa |
Methods, Tools, Theory & Neural Coding |
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A18 |
Hyperthermia affects heterogeneity of neuronal network inducing abnormal synchronization |
Rosangela Follmann |
Methods, Tools, Theory & Neural Coding |
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A19 |
Driving in the scanner: a versatile platform for studying naturalistic human spatial navigation |
Tianjiao Zhang |
Methods, Tools, Theory & Neural Coding |
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A20 |
Optimally Structured Mixed Selectivity. A Normative Theory of Control in Neural Circuits |
Will Dorrell |
Methods, Tools, Theory & Neural Coding |
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A21 |
Othello-GPT Does Not Have a World Model: Lessons for Attributing World Models to Neural Systems |
John Morrison |
Methods, Tools, Theory & Neural Coding |
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A22 |
Camille L. Grasso |
Methods, Tools, Theory & Neural Coding |
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A23 |
Astrocyte-Inspired Modulation for Robust Explanations in Vision Transformers |
Nicolas Echevarrieta-Catalan |
Methods, Tools, Theory & Neural Coding |
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A24 |
PyDDMBayes: A Multilevel Bayesian Framework for Generalized Drift-Diffusion Modeling |
Covert Geary |
Methods, Tools, Theory & Neural Coding |
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A25 |
Ahhyun Lucy Lee |
Methods, Tools, Theory & Neural Coding |
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A26 |
Parallel synapses and divisive normalization enhance classification capacity |
Caitlin Lienkaemper |
Methods, Tools, Theory & Neural Coding |
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A27 |
Agata Feledyn |
Methods, Tools, Theory & Neural Coding |
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A28 |
Representation can dissociate from function and behaviour in task-optimised vision networks |
Marvin Theiss |
Methods, Tools, Theory & Neural Coding |
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A29 |
Cécile Abati |
Methods, Tools, Theory & Neural Coding |
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A30 |
Directed connectivity mapping through a self-attention mechanism in the human brain foundation model |
Myeonggyo Jeong |
Methods, Tools, Theory & Neural Coding |
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A31 |
Predicting EEG Spectrograms from fMRI to Identify Brainwide Activity Underlying Neural Rhythms |
Arnav Aggarwal |
Methods, Tools, Theory & Neural Coding |
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A32 |
Ryuto Yashiro |
Methods, Tools, Theory & Neural Coding |
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A33 |
Neural implementation of temporal difference error via meta reinforcement learning |
Christopher M Kim |
Methods, Tools, Theory & Neural Coding |
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A34 |
Bruce Hansen |
Methods, Tools, Theory & Neural Coding |
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A35 |
Uncovering Multi-Regional Inputs Using Input-Driven Switching Recurrent Neural Networks |
Yongxu Zhang |
Methods, Tools, Theory & Neural Coding |
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A36 |
A new code for position: flat neural maps in mouse medial frontal cortex |
Rajyashree Sen |
Methods, Tools, Theory & Neural Coding |
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A37 |
Learning Optimally Fast: a Normative Theory Balancing Effort and Performance |
Rodrigo Carrasco-Davis |
Methods, Tools, Theory & Neural Coding |
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A38 |
Dissecting Larval Zebrafish Hunting using Deep Reinforcement Learning Trained RNN Agents |
Satpreet H. Singh |
Methods, Tools, Theory & Neural Coding |
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A39 |
Fast Whole-Brain, Geometry-Aware Functional Alignment for Cross-Subject Decoding |
Pierre-Louis Barbarant |
Methods, Tools, Theory & Neural Coding |
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A40 |
Tvisha Shah |
Development, Individual Differences & Clinical Populations |
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A41 |
Selena Singh |
Development, Individual Differences & Clinical Populations |
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A42 |
X Roger Chen |
Development, Individual Differences & Clinical Populations |
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A43 |
Internal noise, not error correction, limits the development of synchronization and adaptation |
Michal Dobner |
Development, Individual Differences & Clinical Populations |
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A44 |
Variability in Young Children's Everyday Visual Experiences of Object Categories |
Jane Yang |
Development, Individual Differences & Clinical Populations |
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A45 |
Integrating vision and language in long-term memory metamers |
Abe Leite |
Memory, Learning & Knowledge Structures |
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A46 |
Dyllan Simpson |
Memory, Learning & Knowledge Structures |
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A47 |
Task demands and inductive biases jointly shape the generality of working memory gating policies |
Aalok Sathe |
Memory, Learning & Knowledge Structures |
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A48 |
Human Single Neurons and Predictive Models Remap Differently in Reward and Transition Relearning |
Weijia Zhang |
Memory, Learning & Knowledge Structures |
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A49 |
Sunsikham |
Memory, Learning & Knowledge Structures |
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A50 |
Aaron Bornstein |
Memory, Learning & Knowledge Structures |
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A51 |
Human Causal Reasoning Demonstrates Neurosymbolic Structure in Exploration-driven Benchmarks |
Rachel Papirmeister |
Memory, Learning & Knowledge Structures |
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A52 |
Robert Kim |
Memory, Learning & Knowledge Structures |
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A53 |
Keep it in Sight: Reward Function Compression Through Goal Visibility |
Xitong Chen |
Memory, Learning & Knowledge Structures |
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A54 |
Aidan Higgs |
Memory, Learning & Knowledge Structures |
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A55 |
Yunchang Zhang |
Memory, Learning & Knowledge Structures |
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A56 |
Divya Srinivasan |
Memory, Learning & Knowledge Structures |
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A57 |
Samuel Lippl |
Memory, Learning & Knowledge Structures |
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A58 |
Adaptive Online Learning of Structured Abstractions in Visual Problem-Solving |
Ivan Zareski |
Memory, Learning & Knowledge Structures |
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A59 |
Interactions Between Features and Conjunctions during Category Learning |
Heeseung Lee |
Memory, Learning & Knowledge Structures |
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A60 |
Abigail M. Daems |
Memory, Learning & Knowledge Structures |
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A61 |
The Dataset Matters: Linking Image Memorability to Adversarial Robustness |
Ehsan Ur Rahman Mohammed |
Memory, Learning & Knowledge Structures |
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A62 |
Annesya Banerjee |
Auditory, Speech & Language Processing |
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A63 |
Zachary Paris |
Auditory, Speech & Language Processing |
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A64 |
Learning Language by Listening: A Computational Learnability Account |
Greta Tuckute |
Auditory, Speech & Language Processing |
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A65 |
Evaluating EMEG and ECoG Modalities for Brain-LLM Alignment in Speech Perception |
Chentianyi Yang |
Auditory, Speech & Language Processing |
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A66 |
When the Whole Shapes the Parts: Local-Global Interactions in Auditory Perception |
Berfin Bastug |
Auditory, Speech & Language Processing |
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A67 |
Neural Indices of Language Processing are Enhanced during Interactive Conversation |
Calli Smith |
Auditory, Speech & Language Processing |
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A68 |
A Parametric Continuum for Probing Visual Speech Representations |
Emma Zhang |
Auditory, Speech & Language Processing |
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A69 |
Chad DeChant |
Auditory, Speech & Language Processing |
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A70 |
Neural Encoding of Syntactic Movement in English but Not Chinese |
Yuhan Huang |
Auditory, Speech & Language Processing |
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A71 |
Recycling and Co-option Are Dissociable Mechanisms of Cortical Reorganization |
Lauren S Aulet |
Computational Models of Vision & Visual Cortex |
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A72 |
Using Motion-guided Foveation to Improve Physical Prediction in Latent Representation Video Models |
Xiangzhou Sun |
Computational Models of Vision & Visual Cortex |
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A73 |
NeuroTIMM: Harmonizing the TIMM Model Zoo with Human Visual Strategies |
Akash Nagaraj |
Computational Models of Vision & Visual Cortex |
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A74 |
Large-scale vision models show sparks of visual reasoning from natural image training |
Thomas Serre |
Computational Models of Vision & Visual Cortex |
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A75 |
Daniel LK Yamins |
Computational Models of Vision & Visual Cortex |
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A76 |
Separating Numerosity and Proportion Representations Through Pretraining |
Yechan Cho |
Computational Models of Vision & Visual Cortex |
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A77 |
Jeffrey Bowers |
Computational Models of Vision & Visual Cortex |
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A78 |
A tale of two tails: Preferred and anti-preferred natural stimuli in visual cortex |
Rabia Gondur |
Computational Models of Vision & Visual Cortex |
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A79 |
Representational dynamics in inferotemporal cortex depend on image manifold scale |
Ammar I Marvi |
Computational Models of Vision & Visual Cortex |
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A80 |
Unlearnability of Symmetry-based Visual Relations by Deep Neural Networks |
Guillermo Puebla |
Computational Models of Vision & Visual Cortex |
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A81 |
The role of shape and local features in human object recognition and learning |
Allan R. Schneider |
Computational Models of Vision & Visual Cortex |
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A82 |
Mapping Social Trait Judgments on the Human Cerebral Cortex Using Naturalistic, Dynamic Stimuli |
Po-Yuan Alan Hsiao |
Computational Models of Vision & Visual Cortex |
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A83 |
Downsampled Representations Improve Cross-Model Transfer in hV4 Encoding-Model Metamers |
Hayato Ono |
Computational Models of Vision & Visual Cortex |
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A84 |
Model-derived Minimal Image Pairs Predict Differential Responses in Human Scene-Selective Cortex |
Junxia Wang |
Computational Models of Vision & Visual Cortex |
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A85 |
Rethinking the inversion effect as a graded phenomenon across object categories |
Jakob Winkler |
Computational Models of Vision & Visual Cortex |
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A86 |
Origins of Category Selectivity: Natural Image Statistics Are Necessary but Not Sufficient |
Bowen Zheng |
Computational Models of Vision & Visual Cortex |
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A87 |
Contrastive Self-Supervised Learning in Higher Visual Cortex |
Daniel D. Kato |
Computational Models of Vision & Visual Cortex |
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A88 |
Deep Neural Network Models Capture Ventral Stream Predictivity at Cross-Animal Consistency |
Josh Wilson |
Computational Models of Vision & Visual Cortex |
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A89 |
Jeffery W. Andrade |
Computational Models of Vision & Visual Cortex |
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A90 |
Do Better Visual Question Answering Models Attend More Like Humans? |
Aiqing Li |
Computational Models of Vision & Visual Cortex |
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A91 |
Simple 3D Pose Features Support Human and Machine Social Scene Understanding |
Wenshuo Qin |
Computational Models of Vision & Visual Cortex |
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A92 |
Prenatal retinal waves generate the proto-architecture of newborn visual systems |
Samantha Marie Waters Wood |
Computational Models of Vision & Visual Cortex |
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A93 |
Rotem Krispil |
Computational Models of Vision & Visual Cortex |
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A94 |
A Benchmark for Physical Object Relationship Perception in Humans and Machines |
Georgina Woo |
Computational Models of Vision & Visual Cortex |
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A95 |
Koustav Banerjee |
Computational Models of Vision & Visual Cortex |
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A96 |
Imran Thobani |
Computational Models of Vision & Visual Cortex |
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A97 |
Leyla Roksan Caglar |
Computational Models of Vision & Visual Cortex |
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A98 |
Divisive normalization masquerades as predictive processing in visual cortex |
Ningkai Wang |
Computational Models of Vision & Visual Cortex |
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A99 |
Manipulating human gaze reveals a cost structure of natural visual search |
Hyunwoo Gu |
Computational Models of Vision & Visual Cortex |
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B1 |
Lucas Y. Tian |
Methods, Tools, Theory & Neural Coding |
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B2 |
Orthogonal Task Representation Enables Flexible Task Switching in Human OPM-MEG and Neural Networks |
Xiaoyi Liu |
Methods, Tools, Theory & Neural Coding |
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B3 |
Task-guided cross-subject latent alignment: a multi-encoder-decoder VAE |
Angeliki Papathanasiou |
Methods, Tools, Theory & Neural Coding |
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B4 |
Functional Localization as a Path to a Cumulative Research Enterprise in Human Intracranial Research |
Suseendrakumar Duraivel |
Methods, Tools, Theory & Neural Coding |
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B5 |
Efficient Multi Subject Visual Reconstruction from fMRI Using Aligned Representations |
Christos Zangos |
Methods, Tools, Theory & Neural Coding |
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B6 |
Recurrent Processing Diversely Reshapes Within- and Between-Category Geometry in Macaque IT |
Wang Boran |
Methods, Tools, Theory & Neural Coding |
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B7 |
Spectral structure of rehabilitation experience constrains behavioural recovery after stroke |
Noor Sajid |
Methods, Tools, Theory & Neural Coding |
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B8 |
Parameter symmetries determine representational geometry in overparameterized nonlinear networks |
Erin Grant |
Methods, Tools, Theory & Neural Coding |
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B9 |
Brain Foundation Model Representations of Naturalistic Emotional Dynamics |
Elena Skoullou |
Methods, Tools, Theory & Neural Coding |
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B10 |
Bayesian linear encoding to evaluate models on neuroimaging data |
Juan Jesús Torre Tresols |
Methods, Tools, Theory & Neural Coding |
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B11 |
Josue Casco-Rodriguez |
Methods, Tools, Theory & Neural Coding |
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B12 |
CogMaze: A Benchmark of Egocentric Spatial Understanding in Humans and Vision-Language Models |
Harvey Donnelly |
Methods, Tools, Theory & Neural Coding |
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B13 |
A Probe-Based Detector Using Saliency Divergence, Gradients, and Layer Sensitivity |
Yalda Mohsenzadeh |
Methods, Tools, Theory & Neural Coding |
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B14 |
Seunghan Lee |
Methods, Tools, Theory & Neural Coding |
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B15 |
Quantifying information gain in narrative stimuli using open-source large language models |
Aidan Goeschel |
Methods, Tools, Theory & Neural Coding |
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B16 |
How do RNNs encode mixtures? One mechanism for three geometries |
Esther Poniatowski |
Methods, Tools, Theory & Neural Coding |
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B17 |
Back to the Feature: Toward a Feature-Centric Account of Brain–LM Alignment |
Timna Wharton Kleinman |
Methods, Tools, Theory & Neural Coding |
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B18 |
B³ net: Brain-Body-Behavior model of attention fluctuations in humans |
Zinong Yang |
Methods, Tools, Theory & Neural Coding |
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B19 |
John L. Haracz |
Methods, Tools, Theory & Neural Coding |
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B20 |
Optimizing Language Model Embeddings to Voxel Activity Improves Brain Activity Predictions |
Anuja Negi |
Methods, Tools, Theory & Neural Coding |
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B21 |
Modularity maximization reveals network-level organization and synaptic localization |
Gabrielle J. Gutierrez |
Methods, Tools, Theory & Neural Coding |
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B22 |
Zirui Hu |
Methods, Tools, Theory & Neural Coding |
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B23 |
Sixuan Chen |
Methods, Tools, Theory & Neural Coding |
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B24 |
Andrew Zhang |
Methods, Tools, Theory & Neural Coding |
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B25 |
Encodings of multimodal conversational behavior predict trait impressions |
Landry Bulls |
Methods, Tools, Theory & Neural Coding |
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B26 |
Sichao He |
Methods, Tools, Theory & Neural Coding |
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B27 |
Shourya Verma |
Methods, Tools, Theory & Neural Coding |
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B28 |
Connectivity Hyperalignment Reveals Shared Fine-Scale Functional Organization in the Human Subcortex |
Jiaxin Cindy Tu |
Methods, Tools, Theory & Neural Coding |
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B29 |
Alessandro Thomas Gifford |
Methods, Tools, Theory & Neural Coding |
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B30 |
Unsupervised learning of human-interpretable and task-relevant visual features from very little data |
Ananya Passi |
Methods, Tools, Theory & Neural Coding |
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B31 |
A systematic analysis of representations in artificial neural networks across hyperparameters |
Kirsten Devolder |
Methods, Tools, Theory & Neural Coding |
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B32 |
Agentic AI Can Generalize to Multiple Speeded Tasks with Human-Like Behavior |
Logan J Bennett |
Methods, Tools, Theory & Neural Coding |
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B33 |
Itai peleg |
Methods, Tools, Theory & Neural Coding |
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B34 |
Jingcheng Shi |
Methods, Tools, Theory & Neural Coding |
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B35 |
Inferring Scene Segmentations from fMRI Responses in the Natural Scenes Dataset |
Tiasha Saha Roy |
Methods, Tools, Theory & Neural Coding |
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B36 |
Heterogeneous Time Constants Enhance Robustness in Equilibrium Propagation |
Yoshimasa Kubo |
Methods, Tools, Theory & Neural Coding |
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B37 |
Spatial uncertainty underlies geometric distortions in navigation and grid cell tuning |
Yul HR Kang |
Methods, Tools, Theory & Neural Coding |
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B38 |
Connectome-Constrained Spiking Networks Reproduce Emergent Computations in Larval Olfactory Pathway |
Jordan Watts |
Methods, Tools, Theory & Neural Coding |
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B39 |
Clémentine Carla Juliette Dominé |
Methods, Tools, Theory & Neural Coding |
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B40 |
Phoebe Zeng |
Methods, Tools, Theory & Neural Coding |
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B41 |
Independent-Component-Based Encoding Models of Brain Activity During Story Comprehension |
Anna A Ivanova |
Methods, Tools, Theory & Neural Coding |
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B42 |
Dynamic noise correlations between feature-selective brain regions support efficient learning |
Joonhwa Kim |
Methods, Tools, Theory & Neural Coding |
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B43 |
Self-Supervised Modelling of Social Primitives in Human Dyads |
Thibaut Chataing |
Development, Individual Differences & Clinical Populations |
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B44 |
Vision Models Capture Complementary Representations in Children That Converge in Adults |
Domenic Bersch |
Development, Individual Differences & Clinical Populations |
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B45 |
Elizabeth Jiwon Im |
Development, Individual Differences & Clinical Populations |
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B46 |
Michal Ramot |
Development, Individual Differences & Clinical Populations |
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B47 |
Predicting Individualized Functional Topographies in Autism Spectrum Disorder |
Ian Abenes |
Development, Individual Differences & Clinical Populations |
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B48 |
Deniz Yilmaz |
Development, Individual Differences & Clinical Populations |
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B49 |
Early-life environments shape reinforcement learning computations across development |
Nora C. Harhen |
Development, Individual Differences & Clinical Populations |
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B50 |
Analogical Reasoning Abilities of MLLMs, Children and Adults on Bongard Problems |
Marit Metz |
Development, Individual Differences & Clinical Populations |
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B51 |
Outcome-driven decisions dominate causal inference in autism across species |
Aviel Sulem |
Development, Individual Differences & Clinical Populations |
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B52 |
A Minimal Model of Bounded Trade-Off Screening in Multi-Attribute Choice |
Anirban Sarkar |
Decision-Making, Cognitive Control & Event Cognition |
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B53 |
How losses change the way we search: valence effects on generalization-guided exploration |
Ingrid Martin |
Decision-Making, Cognitive Control & Event Cognition |
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B54 |
Shared and context-dependent cortico–striatal–cerebellar organization of temporal prediction |
Ana Luísa Pinho |
Decision-Making, Cognitive Control & Event Cognition |
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B55 |
Characterizing Decision Strategies from Think-Aloud in Risky Choice |
Cierra Ferguson |
Decision-Making, Cognitive Control & Event Cognition |
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B56 |
Fukun Evelene Zhang |
Decision-Making, Cognitive Control & Event Cognition |
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B57 |
Fabian Munoz Silva |
Decision-Making, Cognitive Control & Event Cognition |
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B58 |
How Prior Beliefs Distort the Integration of Information in Sequential Decision-Making |
Imogen Scott |
Decision-Making, Cognitive Control & Event Cognition |
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B59 |
LLMs Lack Dissociable Planning Failures Observable in Humans and Deep RL on Tower of Hanoi |
Austin Tudor David Andrews |
Decision-Making, Cognitive Control & Event Cognition |
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B60 |
Hans Kirschner |
Decision-Making, Cognitive Control & Event Cognition |
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B61 |
Perceived partner complexity affects agency attribution and asymmetries in reinforcement learning |
Sepehr Razavi |
Decision-Making, Cognitive Control & Event Cognition |
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B62 |
Asymmetric Interruption Costs Reflect Transition Structure Shaped by Task-Neutral Attractors |
Takuro Zama |
Decision-Making, Cognitive Control & Event Cognition |
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B63 |
Eleanor Holton |
Decision-Making, Cognitive Control & Event Cognition |
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B64 |
Serial Dependence in Value-based Decisions Is Gated by Uncertainty |
Ling Huang |
Decision-Making, Cognitive Control & Event Cognition |
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B65 |
An affordance perspective of dynamic pursuit and emergent change of mind in artificial agents |
Jungsuk James Lee |
Decision-Making, Cognitive Control & Event Cognition |
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B66 |
Start simple: the benefit of shaping in learning under different cognitive loads |
Ti-Fen Pan |
Memory, Learning & Knowledge Structures |
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B67 |
Investigating Invariances in Auditory Event Categorization with Model Metamers |
Hee So Kim |
Auditory, Speech & Language Processing |
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B68 |
Folk Psychological Structure of Mind in Large Language Models |
Rachel Charlotte Metzgar |
Auditory, Speech & Language Processing |
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B69 |
Sofia Krasovskaya |
Auditory, Speech & Language Processing |
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B70 |
Semantic efficiency and human-alignment in multilingual multimodal large language models |
Nathaniel Imel |
Auditory, Speech & Language Processing |
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B71 |
Predicting Sound Detection in Auditory Scenes Using Task-Optimized Neural Networks |
Sagarika Alavilli |
Auditory, Speech & Language Processing |
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B72 |
The Role of Prior Precision and Prior Probability in Voice Perception |
Carina Ufer |
Auditory, Speech & Language Processing |
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B73 |
Dota Tianai Dong |
Auditory, Speech & Language Processing |
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B74 |
Edward A Vessel |
Auditory, Speech & Language Processing |
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B75 |
Estimating the generative model underlying stochastic processes drives auditory perception |
Clémentine Lévy-Fidel |
Auditory, Speech & Language Processing |
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B76 |
Protracted development of receptive field tuning in human auditory cortex |
Oyindamola Ogunlade |
Auditory, Speech & Language Processing |
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B77 |
Modern Machine Systems Exhibit Superhuman Speech Recognition |
Annika Magaro |
Auditory, Speech & Language Processing |
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B78 |
Taha Osama A Binhuraib |
Auditory, Speech & Language Processing |
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B79 |
Maysan Bader |
Auditory, Speech & Language Processing |
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B80 |
Cortical timescale representations are longer in second than in first language |
Mathis Lamarre |
Auditory, Speech & Language Processing |
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B81 |
Topographic constraints shape brain-like component structure in auditory models |
Haider Al-Tahan |
Auditory, Speech & Language Processing |
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B82 |
Characterizing and modeling time-varying object percepts evoked by naturalistic video |
Lynn K. A. Sörensen |
Computational Models of Vision & Visual Cortex |
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B83 |
Testing theories of segment-based neural representation in macaque V1 |
Tridib Kalyan Biswas |
Computational Models of Vision & Visual Cortex |
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B84 |
Karen A Wahba |
Computational Models of Vision & Visual Cortex |
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B85 |
Power-Law Enhancement for Rate-Based Binding in Object-Centric Perception |
Ishanvir S. Choongh |
Computational Models of Vision & Visual Cortex |
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B86 |
Harini Sudha J G |
Computational Models of Vision & Visual Cortex |
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B87 |
Emergent Demand-Driven Precision in Neural Networks Optimized for Multiple Object Tracking |
Sun Minni |
Computational Models of Vision & Visual Cortex |
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B88 |
Tim V. Nguyen |
Computational Models of Vision & Visual Cortex |
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B89 |
Stephanie Fu |
Computational Models of Vision & Visual Cortex |
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B90 |
Václav Knapp |
Computational Models of Vision & Visual Cortex |
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B91 |
Rupert Tawiah-Quashie |
Computational Models of Vision & Visual Cortex |
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B92 |
Yash Shah |
Computational Models of Vision & Visual Cortex |
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B93 |
Attention Gain as a Learning Mechanism in a Visual Search Meta-Task |
Christos Karaneen |
Computational Models of Vision & Visual Cortex |
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B94 |
Xinyuan Zhao |
Computational Models of Vision & Visual Cortex |
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B95 |
Task Demands Dynamically Structure Feature Selection, Routing, and Integration in the Human Brain |
Yuening Yan |
Computational Models of Vision & Visual Cortex |
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B96 |
Representational Geometry of Optic Flow Determines Heading Direction Encoding in Macaque MSTd |
Nathaniel Powell |
Computational Models of Vision & Visual Cortex |
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B97 |
Kahini Mehta |
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B98 |
GAC update: Clarifying and reconciling different perspectives on the structure of the neural code |
David Klindt |
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C1 |
How Do You Know It’s Real? Controlling False Positives in Whole-Brain Neural Decoding |
Zihan Li |
Methods, Tools, Theory & Neural Coding |
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C2 |
Computational Mechanisms of Decision Uncertainty During Decision-Making in Worry |
Mahalia Prater Fahey |
Development, Individual Differences & Clinical Populations |
|
C3 |
Deafness and Sign Language Experience Uniquely Shift Visual Category Representations |
Edan Daniel-Hertz |
Development, Individual Differences & Clinical Populations |
|
C4 |
Neural Typicality During Naturalistic 7T fMRI Reflects Cognitive Performance in Multiple Sclerosis |
Ido Har-Shalom |
Development, Individual Differences & Clinical Populations |
|
C5 |
A data-driven approach for identifying multi-domain connectivity signatures |
Alexa Mousley |
Development, Individual Differences & Clinical Populations |
|
C6 |
Attentional Alignment in Abstract Reasoning across Developing Minds and Machines |
Eva R. Wardenaar |
Development, Individual Differences & Clinical Populations |
|
C7 |
Haoyu Du |
Development, Individual Differences & Clinical Populations |
|
|
C8 |
The Baby Intuitions Benchmark 2: Evaluating Social Intelligence in Humans and Machines |
Shannon Yasuda |
Development, Individual Differences & Clinical Populations |
|
C9 |
A baby-step toward belief updating constructs: generalizability across two task variants |
Magdalena Del Rio |
Development, Individual Differences & Clinical Populations |
|
C10 |
Farzin Hajebrahimi |
Development, Individual Differences & Clinical Populations |
|
|
C11 |
Olivia Maltz |
Development, Individual Differences & Clinical Populations |
|
|
C12 |
The aging of creative problem solving revealed by the dynamics of latent cognitive-behavioral states |
Zhang Xuhui |
Development, Individual Differences & Clinical Populations |
|
C13 |
Biophysical modeling of inter-brain synchrony during social and non-social interaction |
Xiaojun Zhou |
Development, Individual Differences & Clinical Populations |
|
C14 |
Daniel Deng |
Decision-Making, Cognitive Control & Event Cognition |
|
|
C15 |
Shared and Distinct Neural Responses at Event Boundaries and Task Transitions |
Zhuoyang Li |
Decision-Making, Cognitive Control & Event Cognition |
|
C16 |
Dynamic belief state representations in human orbitofrontal cortex under uncertainty |
Theo AJ Schäfer |
Decision-Making, Cognitive Control & Event Cognition |
|
C17 |
Kanji Shimomura |
Decision-Making, Cognitive Control & Event Cognition |
|
|
C18 |
Foraging minds: computational and neural foundations of perceptual flexibility |
Claire Sturgill |
Decision-Making, Cognitive Control & Event Cognition |
|
C19 |
Humans automatically assign credit to outcome-irrelevant features |
Ido Ben-Artzi |
Decision-Making, Cognitive Control & Event Cognition |
|
C20 |
Super-diffusive memory search drives fast and accurate decisions |
Euan Prentis |
Decision-Making, Cognitive Control & Event Cognition |
|
C21 |
Beyond search: reframing problem solving through cached solutions |
Shuze Liu |
Decision-Making, Cognitive Control & Event Cognition |
|
C22 |
Polina Arbuzova |
Decision-Making, Cognitive Control & Event Cognition |
|
|
C23 |
Do you know what you can do? Measuring self-efficacy in sequential decision making |
Jing Li |
Decision-Making, Cognitive Control & Event Cognition |
|
C24 |
Planning as a Cognitive Cost that Discourages Goal Switching |
Luke Cho |
Decision-Making, Cognitive Control & Event Cognition |
|
C25 |
Domian-Specific Stimulus Coding and Domain-General Confidence Signals Across Cognitive Tasks |
Xun Chen |
Decision-Making, Cognitive Control & Event Cognition |
|
C26 |
Proactive-Like Context Processing Emerges in Transformers Learning Simple Cognitive Tasks |
Krishn Bera |
Decision-Making, Cognitive Control & Event Cognition |
|
C27 |
Will, Won’t, Want, and Wont: A Reinforcement Learning Model of Self-control |
Sahiti Chebolu |
Decision-Making, Cognitive Control & Event Cognition |
|
C28 |
Siddhant Iyer |
Decision-Making, Cognitive Control & Event Cognition |
|
|
C29 |
Assessing Value Normalization and Habit Explanations in the Reward Pairs Task: a Simulation Study |
Viktor Timokhov |
Decision-Making, Cognitive Control & Event Cognition |
|
C30 |
Trapped in planning: a computational study of episodic memory-guided decision making |
Ming Bo Cai |
Decision-Making, Cognitive Control & Event Cognition |
|
C31 |
Reaction time and EEG suggest different combination patterns for Simon and flanker conflict |
Jonathan Feldman |
Decision-Making, Cognitive Control & Event Cognition |
|
C32 |
Geometric Signatures of Event Boundaries in Brain Foundation Models |
Kyungjin Oh |
Decision-Making, Cognitive Control & Event Cognition |
|
C33 |
Decomposing iconic memory decay with a joint-feature model of structured errors |
Gal Vishne |
Memory, Learning & Knowledge Structures |
|
C34 |
Surabhi S Nath |
Memory, Learning & Knowledge Structures |
|
|
C35 |
Learning Long-Range Temporal Dependencies Through Sleep-Inspired Acceleration |
Nicholas Soures |
Memory, Learning & Knowledge Structures |
|
C36 |
Dimensional Doubt is Selectively Associated with Metacognition for Non-Occurrences |
Matan Mazor |
Memory, Learning & Knowledge Structures |
|
C37 |
Specialized Computations for Generalized World Modelling in Prefrontal Cortex |
Fahd Yazin |
Memory, Learning & Knowledge Structures |
|
C38 |
Gabriel Arthur Daniel Kressin Palacios |
Memory, Learning & Knowledge Structures |
|
|
C39 |
Soroush Mirjalili |
Memory, Learning & Knowledge Structures |
|
|
C40 |
Muhammad Hashim Satti |
Memory, Learning & Knowledge Structures |
|
|
C41 |
Mechanistic Model of Salience-Gated Memory Consolidation via the Anteromedial Thalamus |
Stephan Kim |
Memory, Learning & Knowledge Structures |
|
C42 |
Complementary learning dynamics within neocortex and hippocampus |
Zoya Khan |
Memory, Learning & Knowledge Structures |
|
C43 |
Martin Wiener |
Memory, Learning & Knowledge Structures |
|
|
C44 |
Modeling Human Reasoning Errors on ARC with Natural Language Programs |
Jinran Jin |
Memory, Learning & Knowledge Structures |
|
C45 |
SI MA |
Memory, Learning & Knowledge Structures |
|
|
C46 |
A Distributed Cortical Network Integrates Semantic Representations of Number, Space, and Time |
Evi Hendrikx |
Memory, Learning & Knowledge Structures |
|
C47 |
Divergent working memory dynamics in biological and recurrent neural networks |
Daria Kussovska |
Memory, Learning & Knowledge Structures |
|
C48 |
Sahithyan Sivakumaran |
Memory, Learning & Knowledge Structures |
|
|
C49 |
Emergent Superstitious Learning Behaviors and Computations in Neuromodulated Plastic Neural Networks |
Yuhao Jin |
Memory, Learning & Knowledge Structures |
|
C50 |
Bingqing Chen |
Memory, Learning & Knowledge Structures |
|
|
C51 |
Henrike Flimm |
Memory, Learning & Knowledge Structures |
|
|
C52 |
Zacharie Bugaud |
Memory, Learning & Knowledge Structures |
|
|
C53 |
Discovering analogous structure supports generalization in human reinforcement learning |
Alana Jaskir |
Memory, Learning & Knowledge Structures |
|
C54 |
Shrey Dixit |
Memory, Learning & Knowledge Structures |
|
|
C55 |
Place Cells and Grid Cells Refine Each Other: A Clone-Structured Cognitive Graphs Model |
Yicong Zheng |
Memory, Learning & Knowledge Structures |
|
C56 |
Jae-Young Son |
Memory, Learning & Knowledge Structures |
|
|
C57 |
Yichen Qian |
Memory, Learning & Knowledge Structures |
|
|
C58 |
Elliot Huang |
Memory, Learning & Knowledge Structures |
|
|
C59 |
Rochelle Kaper |
Memory, Learning & Knowledge Structures |
|
|
C60 |
Liu Yuezhang |
Memory, Learning & Knowledge Structures |
|
|
C61 |
John C Bowler |
Memory, Learning & Knowledge Structures |
|
|
C62 |
Hippocampus and Prefrontal Cortex Differentially Shape Memory Responses in Visual Cortex |
Aditi Narayan |
Memory, Learning & Knowledge Structures |
|
C63 |
Gating by Both Relative and Absolute Match Helps to Optimize Episodic Memory Retrieval |
Cody V. Dong |
Memory, Learning & Knowledge Structures |
|
C64 |
Lexical representations are sequenced through a micro-scale dynamic code in inferior frontal gyrus |
Irmak Ergin |
Auditory, Speech & Language Processing |
|
C65 |
Itamar Jalon |
Auditory, Speech & Language Processing |
|
|
C66 |
Emily Cheng |
Auditory, Speech & Language Processing |
|
|
C67 |
Praveena Satkunarajah |
Auditory, Speech & Language Processing |
|
|
C68 |
A Simple Biologically Plausible Neural Model is Capable of Basic Natural Language Aqcuisition |
Daniel Mitropolsky |
Auditory, Speech & Language Processing |
|
C69 |
Yahia Abdalla |
Auditory, Speech & Language Processing |
|
|
C70 |
Caleb Musfeldt |
Auditory, Speech & Language Processing |
|
|
C71 |
Neural Representations of Speech and Music under Temporal Compression |
Zhengwu Ma |
Auditory, Speech & Language Processing |
|
C72 |
Interpretable Language-Model Encoding of Voxel-Level Tuning During Language Comprehension |
Michael A. Lepori |
Auditory, Speech & Language Processing |
|
C73 |
Comparing the speech processing hierarchy in early blind and sighted individuals |
Allison Chen |
Auditory, Speech & Language Processing |
|
C74 |
Word Meaning, not Co-occurrence Statistics, is Essential for Predictive Speech Processing |
Andrey Zyryanov |
Auditory, Speech & Language Processing |
|
C75 |
Focus particles and scalar inferences across humans and language models |
Catherine M. Brousse |
Auditory, Speech & Language Processing |
|
C76 |
Human-aligned Universal Audio Representations with Contrastive-Equivariant Self-Supervised Learning |
Ian M. Griffith |
Auditory, Speech & Language Processing |
|
C77 |
Concept Manifold Geometry Explains Asymmetry in Model–Brain Bidirectional Predictivity |
Hyewon Willow Han |
Computational Models of Vision & Visual Cortex |
|
C78 |
tyler bonnen |
Computational Models of Vision & Visual Cortex |
|
|
C79 |
Memorability Varies with How Visual Information Is Sampled by Humans and Models |
Sule Tasliyurt Celebi |
Computational Models of Vision & Visual Cortex |
|
C80 |
Modeling Visual Cortex by Maximizing Layerwise Multiscale Manifold Capacity |
Thomas Edward Yerxa |
Computational Models of Vision & Visual Cortex |
|
C81 |
More shape bias does not mean more human-like visual representations |
Alban Flachot |
Computational Models of Vision & Visual Cortex |
|
C82 |
Carmen Amme |
Computational Models of Vision & Visual Cortex |
|
|
C83 |
Mark D. Lescroart |
Computational Models of Vision & Visual Cortex |
|
|
C84 |
David Tu |
Computational Models of Vision & Visual Cortex |
|
|
C85 |
Beyond snapshot vision: decoding dynamic videos from temporally evolving neural activity |
Iris Groen |
Computational Models of Vision & Visual Cortex |
|
C86 |
Latent Brain States Improve Prediction of Neural Responses to Visual Stimuli in Mouse V1 |
Zijian Jiang |
Computational Models of Vision & Visual Cortex |
|
C87 |
Subjective surprise is encoded in high-level visual representations of magic tricks |
Monica Thieu |
Computational Models of Vision & Visual Cortex |
|
C88 |
Seojin Lee |
Computational Models of Vision & Visual Cortex |
|
|
C89 |
Natural image training enhances generalization in visual number sense of deep neural networks |
Joohyun Lee |
Computational Models of Vision & Visual Cortex |
|
C90 |
Grasp-relevant Representation of Objects in the Human Parietal and Occipito-temporal Cortices |
Amirali Soltani Tehrani |
Computational Models of Vision & Visual Cortex |
|
C91 |
Mid-level Motion Statistics as a Model for Dynamic Visual Perception in the Lateral Stream |
Ming Zhou |
Computational Models of Vision & Visual Cortex |
|
C92 |
Aida Mirebrahimi |
Computational Models of Vision & Visual Cortex |
|
|
C93 |
Emil Stroecker |
Computational Models of Vision & Visual Cortex |
|
|
C94 |
Stable Selectivity to Social Interactions Across Visual Perspective in the Human Brain |
Niloufar Faridani |
Computational Models of Vision & Visual Cortex |
|
C95 |
Ishan Kalburge |
Computational Models of Vision & Visual Cortex |
|
|
C96 |
Eyes of the beholder: attention-guided metamers reveal divergent scene representations |
Ritik Raina |
Computational Models of Vision & Visual Cortex |
|
C97 |
Virginia R. de Sa |
Computational Models of Vision & Visual Cortex |
|
|
D1 |
A Nonlocal Variational Framework for Optimal Neural Representations |
Gengshuo John Tian |
Methods, Tools, Theory & Neural Coding |
|
D2 |
Hyperalignment Reveals Shared Information in Monkeys’ Idiosyncratic Fine-Grained Movie fMRI Patterns |
Yuqi Zhang |
Methods, Tools, Theory & Neural Coding |
|
D3 |
Jarrod M. Hicks |
Methods, Tools, Theory & Neural Coding |
|
|
D4 |
Julian Kędys |
Methods, Tools, Theory & Neural Coding |
|
|
D5 |
Generalized Attention Benefits that Outlast Neurofeedback Training |
Deepak V Raya |
Methods, Tools, Theory & Neural Coding |
|
D6 |
Neural Alignment Reveals Selective Reorganization in Domain-Adapted Language Models |
Miriam Havin |
Methods, Tools, Theory & Neural Coding |
|
D7 |
Structure, disorder, and dynamics in task-trained recurrent neural circuits |
David G Clark |
Methods, Tools, Theory & Neural Coding |
|
D8 |
Continuous Temporal Difference Learning as a Unifying Theory of Dopamine Function Across Timescales |
Sankalp Garud |
Methods, Tools, Theory & Neural Coding |
|
D9 |
Pooling Across Brains: Embedding‑SRM Enables Encoding Models in Ultra‑Low‑Data ECoG |
ARNAB BHATTACHARJEE |
Methods, Tools, Theory & Neural Coding |
|
D10 |
Kurt Braunlich |
Methods, Tools, Theory & Neural Coding |
|
|
D11 |
Tian Qiu |
Methods, Tools, Theory & Neural Coding |
|
|
D12 |
Garikoitz Lerma-Usabiaga |
Methods, Tools, Theory & Neural Coding |
|
|
D13 |
Conor McGrory |
Methods, Tools, Theory & Neural Coding |
|
|
D14 |
Paul Liebenow |
Methods, Tools, Theory & Neural Coding |
|
|
D15 |
Heehwan Wang |
Methods, Tools, Theory & Neural Coding |
|
|
D16 |
Interfacing Macaque Cortex with Language Models for Generative Neural Readout |
Victoria Bosch |
Methods, Tools, Theory & Neural Coding |
|
D17 |
Yifei He |
Methods, Tools, Theory & Neural Coding |
|
|
D18 |
Reconstructing subjective experiences across individuals from brain activity |
Haibao Wang |
Methods, Tools, Theory & Neural Coding |
|
D19 |
Jacob A Parker |
Methods, Tools, Theory & Neural Coding |
|
|
D20 |
The adaptive relational bottleneck: regulation of attention in the service of abstraction |
Keith Thomas Murray |
Methods, Tools, Theory & Neural Coding |
|
D21 |
Federico Benitez |
Methods, Tools, Theory & Neural Coding |
|
|
D22 |
Presence Expectations Modulate the Neural Signatures of Content Prediction Errors |
Martha Cottam |
Methods, Tools, Theory & Neural Coding |
|
D23 |
Dan Hilman Amir |
Methods, Tools, Theory & Neural Coding |
|
|
D24 |
Weiwei Wang |
Methods, Tools, Theory & Neural Coding |
|
|
D25 |
Semantic Neighborhood Density and Eye Gaze Time in Human Programmer Attention |
Robert Wallace |
Methods, Tools, Theory & Neural Coding |
|
D26 |
Fraser Mince |
Methods, Tools, Theory & Neural Coding |
|
|
D27 |
re:vision – A community-driven replication initiative for image-related neuroscience |
Luca Kämmer |
Methods, Tools, Theory & Neural Coding |
|
D28 |
Navya Sahay |
Methods, Tools, Theory & Neural Coding |
|
|
D29 |
Inferring the Role of Neuromodulators in Credit Assignment Using Recurrent Neural Networks |
Rimjhim Tomar |
Methods, Tools, Theory & Neural Coding |
|
D30 |
Robustness and Efficiency Organize Neural Wiring Across Primate Clades |
Ittai Shamir |
Methods, Tools, Theory & Neural Coding |
|
D31 |
Lakshman N.C. Chakravarthula |
Methods, Tools, Theory & Neural Coding |
|
|
D32 |
Distinct Computational Pathways to Persistent Fear Across Development |
Camilla van Geen |
Development, Individual Differences & Clinical Populations |
|
D33 |
Kailin Zhu |
Development, Individual Differences & Clinical Populations |
|
|
D34 |
The developmental trajectory of temporal dynamics in human visual representations |
Chun-Hui Li |
Development, Individual Differences & Clinical Populations |
|
D35 |
Slow Update of Motor Plans in Autism is Associated with Reduced ACC Activation |
Keren Kasten |
Development, Individual Differences & Clinical Populations |
|
D36 |
Semantic Drivers of Gaze in Individuals With and Without Autism During Dyadic Conversation |
Katerina M Simkova |
Development, Individual Differences & Clinical Populations |
|
D37 |
Hanna M. Tolle |
Development, Individual Differences & Clinical Populations |
|
|
D38 |
An adaptive role for anhedonia following early-life unpredictability |
Yifan Zhang |
Development, Individual Differences & Clinical Populations |
|
D39 |
Intra- and Inter-Regional Neural Excitation Model Identifies Age-Related Effects |
Yeongjun Park |
Development, Individual Differences & Clinical Populations |
|
D40 |
Saket Ram Ganti |
Development, Individual Differences & Clinical Populations |
|
|
D41 |
Neural signatures of impaired semantic contextualization in Autism Spectrum Disorder |
Melissa Franch |
Development, Individual Differences & Clinical Populations |
|
D42 |
Sneha Sharma |
Development, Individual Differences & Clinical Populations |
|
|
D43 |
Mannu Brahmi |
Development, Individual Differences & Clinical Populations |
|
|
D44 |
Raphael Yamamoto |
Development, Individual Differences & Clinical Populations |
|
|
D45 |
Encoding models reveal selective differences in face representations in developmental prosopagnosia |
Florencia Martinez-Addiego |
Development, Individual Differences & Clinical Populations |
|
D46 |
Zizhuang Miao |
Development, Individual Differences & Clinical Populations |
|
|
D47 |
From Impulsivity to Engagement: Latent Behavioral States Reveal Distinct Decision Strategies in Rats |
Aya Akhmetzhanova |
Decision-Making, Cognitive Control & Event Cognition |
|
D48 |
Franziska Usée |
Decision-Making, Cognitive Control & Event Cognition |
|
|
D49 |
Using recurrent neural networks to examine sequential effects in risky choice |
Ziheng Feng |
Decision-Making, Cognitive Control & Event Cognition |
|
D50 |
Representation learning and choice in naturalistically complex environments |
Dale Zhou |
Decision-Making, Cognitive Control & Event Cognition |
|
D51 |
Alex Ye |
Decision-Making, Cognitive Control & Event Cognition |
|
|
D52 |
Temporal Processing during Decision-Making under Uncertainty |
Rikki Rabinovich |
Decision-Making, Cognitive Control & Event Cognition |
|
D53 |
Characterizing time-varying effects of evidence volatility on perceptual confidence |
Yuzheng Wu |
Decision-Making, Cognitive Control & Event Cognition |
|
D54 |
Slow reasoning can reflect pressure to minimize information processing costs |
Nicholas Fagan |
Decision-Making, Cognitive Control & Event Cognition |
|
D55 |
Computational Modeling of Stop Processes Captures Violations in Response Inhibition |
Eunseo Oh |
Decision-Making, Cognitive Control & Event Cognition |
|
D56 |
Human medial-frontal neurons integrate language and vision to structure decision-making |
Tomas Aquino |
Decision-Making, Cognitive Control & Event Cognition |
|
D57 |
An Optimal Compression Principle for Event Segmentation and Encoding |
Isaac Ashkenazi |
Decision-Making, Cognitive Control & Event Cognition |
|
D58 |
Beyond Sensory Summation: How Expectations and Sensory Evidence Shape Multisensory Perception |
Elizaveta Sycheva |
Decision-Making, Cognitive Control & Event Cognition |
|
D59 |
Reema Abdulaziz |
Decision-Making, Cognitive Control & Event Cognition |
|
|
D60 |
Determinants of relative value coding in artificial and biological networks |
Kenway Louie |
Decision-Making, Cognitive Control & Event Cognition |
|
D61 |
Using deep reinforcement learning to reveal neural representations of exploration |
Tamir Scherf |
Decision-Making, Cognitive Control & Event Cognition |
|
D62 |
Loss-calibrated attention in a neural sampling model of perceptual decision-making |
Khayla Black |
Decision-Making, Cognitive Control & Event Cognition |
|
D63 |
A probabilistic model for context-dependent interval discrimination in mouse |
Farzaneh Najafi |
Decision-Making, Cognitive Control & Event Cognition |
|
D64 |
Coffee or Date? A Bayesian account of Indirect Disclosure in High-Stakes Social Interactions |
Victor Btesh |
Decision-Making, Cognitive Control & Event Cognition |
|
D65 |
Parallel biases in affective reactivity and learning from counterfactual feedback |
Kate Nussenbaum |
Decision-Making, Cognitive Control & Event Cognition |
|
D66 |
Distributed and Flexible Goal Representations in Human Cortex for Adaptive Behaviour |
Pinar Göktepe-Kavis |
Decision-Making, Cognitive Control & Event Cognition |
|
D67 |
Spatial Structure Facilitates Category Learning through Structured Representations |
Michelle B. Hefner |
Memory, Learning & Knowledge Structures |
|
D68 |
Looking at nothing during deliberation reflects optimal sampling from episodic memory |
Jonathan Nicholas |
Memory, Learning & Knowledge Structures |
|
D69 |
Shallow Hippocampal Anticipation and Dopamine Responses During Evaluation of Novel Shortcuts |
Gili Karni |
Memory, Learning & Knowledge Structures |
|
D70 |
Neural Representations of Target and Commonly Co-Occurring Objects Accessed Prior to Visual Search |
Bhavin Choksi |
Memory, Learning & Knowledge Structures |
|
D71 |
Summaries of Naturalistic Narratives Reflect Underlying Event Structure in Episodic Memory |
Claire Sun |
Memory, Learning & Knowledge Structures |
|
D72 |
Theta Oscillations Shape Load-Dependent Working Memory via Inhibitory Synchronization |
Renee Tung |
Memory, Learning & Knowledge Structures |
|
D73 |
Qihong Lu |
Memory, Learning & Knowledge Structures |
|
|
D74 |
Two-state dynamics structure working memory in the human medial temporal lobe |
Zelin Yu |
Memory, Learning & Knowledge Structures |
|
D75 |
Yumeng Ma |
Memory, Learning & Knowledge Structures |
|
|
D76 |
Interactions of Hippocampal Category Learning with Prior Knowledge |
Xiaozhi Yang |
Memory, Learning & Knowledge Structures |
|
D77 |
Prashanti Ganesh |
Memory, Learning & Knowledge Structures |
|
|
D78 |
Pieter Barkema |
Memory, Learning & Knowledge Structures |
|
|
D79 |
Task context shapes strategy for memory-guided decision in a neural network |
Moufan Li |
Memory, Learning & Knowledge Structures |
|
D80 |
An Episodic Memory Model Can Account for Reinforcement Learning in Humans |
Javier Alejandro Masís Obando |
Memory, Learning & Knowledge Structures |
|
D81 |
Transformers capture individual differences in reinforcement learning via in-context learning |
Jacob Russin |
Memory, Learning & Knowledge Structures |
|
D82 |
An Analytically Tractable Model of Optimal Schema Learning and Few-Shot Generalization |
Valentina Njaradi |
Memory, Learning & Knowledge Structures |
|
D83 |
Anna Krey |
Memory, Learning & Knowledge Structures |
|
|
D84 |
Susanne Haridi |
Memory, Learning & Knowledge Structures |
|
|
D85 |
Single-Neuron Evidence for Hippocampal Long-Axis Gradient Supporting Semantic Coding in Humans |
Sophia Cheng |
Memory, Learning & Knowledge Structures |
|
D86 |
Hierarchical Representational Transformations of Working Memory in Brains and Machines |
Qingqing Yang |
Memory, Learning & Knowledge Structures |
|
D87 |
Spontaneous and Surprise-induced Changes in the Hippocampal Map |
Alina Krause |
Memory, Learning & Knowledge Structures |
|
D88 |
Learning what matters: Discovering reward-indicative dimensions from naturalistic objects |
Yifan Luo |
Memory, Learning & Knowledge Structures |
|
D89 |
Maya Taliaferro |
Memory, Learning & Knowledge Structures |
|
|
D90 |
Comparing Human and Machine Communication Patterns Through a Tangram Game |
Haoran Zhao |
Auditory, Speech & Language Processing |
|
D91 |
Thibault Schneeberger |
Auditory, Speech & Language Processing |
|
|
D92 |
Shang-En Huang |
Auditory, Speech & Language Processing |
|
|
D93 |
Causal Multiscale Models of Temporally Resolved Auditory Processing in Human Cortex |
Tonio Weidler |
Auditory, Speech & Language Processing |
|
D94 |
A Unified Speech-to-Text-to-Speech Encoding Model for Natural Conversations |
Haocheng Wang |
Auditory, Speech & Language Processing |
|
E1 |
Data Diversity Drives the Emergence of Symbolic Mechanisms in LLMs |
Melody Zixuan Li |
Methods, Tools, Theory & Neural Coding |
|
E2 |
Measuring the Representational Alignment of Neural Systems in Superposition |
David Klindt |
Methods, Tools, Theory & Neural Coding |
|
E3 |
Theory of Mind Improves Multi-Agent Coordination: Accuracy Thresholds and Active Inference |
William Beaumaster |
Methods, Tools, Theory & Neural Coding |
|
E4 |
Moving beyond the stimulus to encode subjective narrative experience in the human brain |
Sushmita Sadhukha |
Methods, Tools, Theory & Neural Coding |
|
E5 |
Behavior and Autonomic Physiology Characterize Brain State Dynamics During Naturalistic Gameplay |
Yibei Chen |
Methods, Tools, Theory & Neural Coding |
|
E6 |
Neural coding of complex behavior in humans: from widespread engagement to microtask tuning |
Yingxi Jin |
Methods, Tools, Theory & Neural Coding |
|
E7 |
Recent Trial History Improves Encoding Models of Brain Responses During Emotional Video Viewing |
Shuzo Naruse |
Methods, Tools, Theory & Neural Coding |
|
E8 |
Yujin Yun |
Methods, Tools, Theory & Neural Coding |
|
|
E9 |
Integrated Representational Signatures Strengthen Specificity in Brains and Models |
Jialin Wu |
Methods, Tools, Theory & Neural Coding |
|
E10 |
Partitioning Signal and Noise (PSN): A modality-general denoising technique for neural responses |
Jacob S. Prince |
Methods, Tools, Theory & Neural Coding |
|
E11 |
Think-Aloud Reshapes Automated Cognitive Model Discovery Beyond Behavior |
Hanbo Xie |
Methods, Tools, Theory & Neural Coding |
|
E12 |
Michael Nunez |
Methods, Tools, Theory & Neural Coding |
|
|
E13 |
Max Dabagia |
Methods, Tools, Theory & Neural Coding |
|
|
E14 |
A Reproducibility Framework for Subject-Level Alzheimer’s Decoding |
Adel Sahuc |
Methods, Tools, Theory & Neural Coding |
|
E15 |
Daniel Pollak |
Methods, Tools, Theory & Neural Coding |
|
|
E16 |
Yixing Wang |
Methods, Tools, Theory & Neural Coding |
|
|
E17 |
The Right STS Responds Preferentially to Communicative Signals |
Emalie McMahon |
Methods, Tools, Theory & Neural Coding |
|
E18 |
Multimodal Transformer Brain Encoder Captures fMRI Responses during Naturalistic Video Viewing |
Pinyuan Feng |
Methods, Tools, Theory & Neural Coding |
|
E19 |
Tomoya Nakamura |
Methods, Tools, Theory & Neural Coding |
|
|
E20 |
Making implicit assumptions of predictive processing explicit |
Alejandro Tabas |
Methods, Tools, Theory & Neural Coding |
|
E21 |
Collision Avoidance and Food Distributions Shape Collective Fish Behavior |
Nathan Wu |
Methods, Tools, Theory & Neural Coding |
|
E22 |
Reused representations and connectivity drive compositional generalization |
Iman A. Wahle |
Methods, Tools, Theory & Neural Coding |
|
E23 |
Data symmetries can confound representational similarity analyses |
Farhad Pashakhanloo |
Methods, Tools, Theory & Neural Coding |
|
E24 |
Flexible inference of history-dependent learning rules in de novo learning |
Yuhan Helena Liu |
Methods, Tools, Theory & Neural Coding |
|
E25 |
Transitivity can redeem the reversal curse in attention models |
Yedi Zhang |
Methods, Tools, Theory & Neural Coding |
|
E26 |
Harrison Ritz |
Methods, Tools, Theory & Neural Coding |
|
|
E27 |
Nelu D. Radpour |
Methods, Tools, Theory & Neural Coding |
|
|
E28 |
Aniruddh R Galgali |
Methods, Tools, Theory & Neural Coding |
|
|
E29 |
Navneet Prakash |
Methods, Tools, Theory & Neural Coding |
|
|
E30 |
Human Attention During Localization of Memory Bugs in C Programs |
Emory Michaels |
Methods, Tools, Theory & Neural Coding |
|
E31 |
Representational drift dominates cross-session decoder degradation in mouse primary visual cortex |
Santiago Tobio |
Methods, Tools, Theory & Neural Coding |
|
E32 |
Common Representation Similarity Metrics Have Dimension-Free Error Bounds |
Shujun Xiong |
Methods, Tools, Theory & Neural Coding |
|
E33 |
HyperBrain-Sparta: A functional template for the human brain |
Ma Feilong |
Methods, Tools, Theory & Neural Coding |
|
E34 |
Can Human Perceptual Similarity Alignment Improve Interpretability in Visual Representations? |
Julien Colin |
Methods, Tools, Theory & Neural Coding |
|
E35 |
Decoding Second-Language Proficiency from Shared Network Representations Using PCA and ICA |
Onila R. N. M. Don |
Methods, Tools, Theory & Neural Coding |
|
E36 |
Elif Akata |
Methods, Tools, Theory & Neural Coding |
|
|
E37 |
Rebeca Ianov-Vitanov |
Methods, Tools, Theory & Neural Coding |
|
|
E38 |
Zirui Chen |
Methods, Tools, Theory & Neural Coding |
|
|
E39 |
Building a model of infant development using experience, brain, and behavior |
Cliona O'Doherty |
Development, Individual Differences & Clinical Populations |
|
E40 |
From Empirical to Simulated Brains: Using Digital Twin Models to Identify Therapeutic Targets in MCI |
Jinyu Wang |
Development, Individual Differences & Clinical Populations |
|
E41 |
Guang-Yu Deng |
Development, Individual Differences & Clinical Populations |
|
|
E42 |
Gavin Gan |
Development, Individual Differences & Clinical Populations |
|
|
E43 |
Silke Boulanger |
Development, Individual Differences & Clinical Populations |
|
|
E44 |
Jaroslav Slobodskoy-Plusnin |
Development, Individual Differences & Clinical Populations |
|
|
E45 |
A developmentally retained top-heavy bias for face perception in the adult pulvinar |
Xinyi Tang |
Development, Individual Differences & Clinical Populations |
|
E46 |
Yu Zhang |
Development, Individual Differences & Clinical Populations |
|
|
E47 |
Frederick Callaway |
Decision-Making, Cognitive Control & Event Cognition |
|
|
E48 |
General Oscillations Theory Reveals Propagation Dynamics at Event Boundaries in Naturalistic Viewing |
Eunhee Ji |
Decision-Making, Cognitive Control & Event Cognition |
|
E49 |
Balancing forward and backward reasoning, by studying the Gadget Game |
Katherine M. Collins |
Decision-Making, Cognitive Control & Event Cognition |
|
E50 |
Reading Upper Body Movements Improves Prediction and Limits Deception in a Competitive Reaching Task |
Anna Filina |
Decision-Making, Cognitive Control & Event Cognition |
|
E51 |
Low-Rank Temporal Factorization of Drift-Diffusion Dynamics Reveals Staged Evidence Integration |
JINGMING XUE |
Decision-Making, Cognitive Control & Event Cognition |
|
E52 |
Caroline Lee |
Decision-Making, Cognitive Control & Event Cognition |
|
|
E53 |
Large Language Models Infer Hidden Preferences from Gaze but Fail to Exploit Response Times |
Mrugsen Nagsen Gopnarayan |
Decision-Making, Cognitive Control & Event Cognition |
|
E54 |
Human and LLM Alignment in Causal Reasoning for Narrative Events |
Xian Li |
Decision-Making, Cognitive Control & Event Cognition |
|
E55 |
Dissecting Thalamic Uncertainty Management with Transcranial Ultrasound Stimulation |
Julian Q. Kosciessa |
Decision-Making, Cognitive Control & Event Cognition |
|
E56 |
Daniel Feldman |
Decision-Making, Cognitive Control & Event Cognition |
|
|
E57 |
Bonnie Yang |
Decision-Making, Cognitive Control & Event Cognition |
|
|
E58 |
Brett A Hathaway |
Decision-Making, Cognitive Control & Event Cognition |
|
|
E59 |
Perceptual Consciousness Facilitates Model-based Decision Making |
Chang Christina He |
Decision-Making, Cognitive Control & Event Cognition |
|
E60 |
Memory Subspaces for Temporal Locations Across Timescales in the Monkey Precuneus |
Sze Chai Kwok |
Memory, Learning & Knowledge Structures |
|
E61 |
Zhenglong Zhou |
Memory, Learning & Knowledge Structures |
|
|
E62 |
Evidence for Efficient Coding of Naturalistic Images in Visual Short-Term Memory |
Kristin M. Dang |
Memory, Learning & Knowledge Structures |
|
E63 |
Dynamics and generalization in kernel models of category learning |
Matteo Alleman |
Memory, Learning & Knowledge Structures |
|
E64 |
Hippocampal representations of temporal context during visual statistical learning |
Wei Tang |
Memory, Learning & Knowledge Structures |
|
E65 |
Simulating hippocampal-mPFC interactions with a mixture-of-experts model |
Dhairyya Singh |
Memory, Learning & Knowledge Structures |
|
E66 |
Olesia Boiko |
Memory, Learning & Knowledge Structures |
|
|
E67 |
Memory Consolidation sharpens fine-grained structural representations in auditory sequence learning |
Xiaoyue Zhou |
Memory, Learning & Knowledge Structures |
|
E68 |
Hippocampal map-like knowledge transfer between spatial and abstract domains |
Raphael Kaplan |
Memory, Learning & Knowledge Structures |
|
E69 |
Laureline Logiaco |
Memory, Learning & Knowledge Structures |
|
|
E70 |
Eun Tack Cho |
Memory, Learning & Knowledge Structures |
|
|
E71 |
Interleaved Learning Blurs Both Direct and Indirect Associative Memory |
Alexander Gordienko |
Memory, Learning & Knowledge Structures |
|
E72 |
Jeffrey Qin |
Memory, Learning & Knowledge Structures |
|
|
E73 |
The hippocampus represents abstract graph structure at multiple scales along its longitudinal axis |
Valerio Rubino |
Memory, Learning & Knowledge Structures |
|
E74 |
Maoxin Xia |
Memory, Learning & Knowledge Structures |
|
|
E75 |
Neural Encoding and Reinstatement of Multimodal Information during Naturalistic Viewing |
Jixing Li |
Memory, Learning & Knowledge Structures |
|
E76 |
Replay Supports Both Future and Immediate Decisions by Updating a Successor Representation |
Shuheng Guo |
Memory, Learning & Knowledge Structures |
|
E77 |
Predictive Latent Simulation as a Memory Retrieval Mechanism |
Yunzhe XU |
Memory, Learning & Knowledge Structures |
|
E78 |
Amirhossein Farzmahdi |
Computational Models of Vision & Visual Cortex |
|
|
E79 |
Eccentricity-Constrained CNN Training Reveals Adaptive Information Coding Around the Visual Field |
Dylan Matthew Diaz |
Computational Models of Vision & Visual Cortex |
|
E80 |
Colin Conwell |
Computational Models of Vision & Visual Cortex |
|
|
E81 |
Neural priority maps encode behavioral relevance independently across multiple attended locations |
Amelia H. Harrison |
Computational Models of Vision & Visual Cortex |
|
E82 |
Temporal Dynamics of Spatial Frequencies in Visual Word, Object, and Place Recognition |
Clémence Bertrand Pilon |
Computational Models of Vision & Visual Cortex |
|
E83 |
Chelsea B. Kim |
Computational Models of Vision & Visual Cortex |
|
|
E84 |
Emergent Eye Movements for Scene Understanding in a Model of Ventral and Dorsal Visual Processing |
Alexander Kroner |
Computational Models of Vision & Visual Cortex |
|
E85 |
During natural vision, semantic novelty modulates fixation-related processing in primate cortex |
Vinay S Raghavan |
Computational Models of Vision & Visual Cortex |
|
E86 |
Tahereh Toosi |
Computational Models of Vision & Visual Cortex |
|
|
E87 |
Graded Representation of Feature Salience in Neural Feature Dimension Maps |
Daniel Thayer |
Computational Models of Vision & Visual Cortex |
|
E88 |
Towards Modeling Recurrence in Biological Vision with Recurrent Vision Transformers |
Brian S Robinson |
Computational Models of Vision & Visual Cortex |
|
E89 |
State-Dependent Organization of Microscale Functional Circuitry in Mouse Visual Cortex |
Rahul Biswas |
Computational Models of Vision & Visual Cortex |
|
E90 |
The Latent Dimensions Supporting Dynamic Social Scene Perception |
Kathy Garcia |
Computational Models of Vision & Visual Cortex |
|
E91 |
A deeper look into occlusion types and their impacts on object recognition models |
Courtney M King |
Computational Models of Vision & Visual Cortex |
|
E92 |
Evidence for Object-centric Association Fields in Human Visual Cortex |
Hossein Adeli |
Computational Models of Vision & Visual Cortex |
|
E93 |
Scaling Behavioral Probes of Face Processing: Inversion and Thatcher Effects in Deep Networks |
Srijani Saha |
Computational Models of Vision & Visual Cortex |
|
E94 |
Geometric Constraints in the Development of Primate Extrastriate Visual Cortex |
Hyunju Kim |
Computational Models of Vision & Visual Cortex |
|
E95 |
Local Texture Statistics are Sufficient for Category-level Contingent Capture |
Yuhan Shi |
Computational Models of Vision & Visual Cortex |
|
E96 |
Junru Zhao |
Computational Models of Vision & Visual Cortex |
|
|
E97 |
Performance Matters More Than You Think: A Saturation-Effect Resolution to the Predictivity Debate |
Khaled Jedoui Al-Karkari |
Computational Models of Vision & Visual Cortex |
|
E98 |
Toward a Shared Sensorimotor Language: Affordances in a Global Workspace |
Yusuf Helal |
Computational Models of Vision & Visual Cortex |
|
E99 |
Reading & Writing Visual Cortex: Sparse Autoencoders as a Semantic Interface to the Brain |
Mario Serrafero |
Computational Models of Vision & Visual Cortex |
|
E100 |
Kexin Cindy Luo |
Computational Models of Vision & Visual Cortex |
|
|
F1 |
Neural Footprints: Variance-Based Methods Systematically Miss High-Level Representations |
Jon Gauthier |
Methods, Tools, Theory & Neural Coding |
|
F2 |
navve wasserman |
Methods, Tools, Theory & Neural Coding |
|
|
F3 |
Shared neural circuits for brain-wide nonstationary dynamics |
Adam Shabti Charles |
Methods, Tools, Theory & Neural Coding |
|
F4 |
Conserved Kinematic Representations enable Zero-Shot Decoding in Handwriting BCIs |
Virginia R. de Sa |
Methods, Tools, Theory & Neural Coding |
|
F5 |
Madeleine C Snyder |
Methods, Tools, Theory & Neural Coding |
|
|
F6 |
Computational Natural Language Analysis Reveals Psilocybin-Induced Changes in Meaning-Making |
Caitlin Rooney |
Methods, Tools, Theory & Neural Coding |
|
F7 |
Sreejan Kumar |
Methods, Tools, Theory & Neural Coding |
|
|
F8 |
An Analysis of Neuroidal Memory Formation within D. melanogaster |
Patrick Riley Perrine |
Methods, Tools, Theory & Neural Coding |
|
F9 |
Zachary Loschinskey |
Methods, Tools, Theory & Neural Coding |
|
|
F10 |
A model-based alternative to cluster-based permutation tests for the analysis of time-resolved data |
Ladislas Nalborczyk |
Methods, Tools, Theory & Neural Coding |
|
F11 |
BCI-induced Dynamic Shifts of Valence Representations in the Primate Amygdala |
Shaked Emily Leibovitz |
Methods, Tools, Theory & Neural Coding |
|
F12 |
Neural computation for prediction in noisy, unknown environments |
Jacopo Epifanio |
Methods, Tools, Theory & Neural Coding |
|
F13 |
Subha Nawer Pushpita |
Methods, Tools, Theory & Neural Coding |
|
|
F14 |
Discovering Functionally Selective Brain Regions with a Deep Topographic Multimodal Model |
Badr AlKhamissi |
Methods, Tools, Theory & Neural Coding |
|
F15 |
Habon Issa |
Methods, Tools, Theory & Neural Coding |
|
|
F16 |
fMRIflow: A Modular, Web-Based Framework for Voxelwise Encoding Models |
Omar Sherif |
Methods, Tools, Theory & Neural Coding |
|
F17 |
Dhruva Arekar |
Methods, Tools, Theory & Neural Coding |
|
|
F18 |
Evaluating Bayesian Representational Similarity Measures between Neural Networks |
Sezan Oral |
Methods, Tools, Theory & Neural Coding |
|
F19 |
A Modular Framework for Embedding Brain-like Topology in Recurrent Neural Networks |
Maroš Rovný |
Methods, Tools, Theory & Neural Coding |
|
F20 |
Hanlin Zhu |
Methods, Tools, Theory & Neural Coding |
|
|
F21 |
David Skrill |
Methods, Tools, Theory & Neural Coding |
|
|
F22 |
Fine-Grained Emotion Structure in the Brain-Aligned Subspace of a Self-Supervised Video Model |
Seokjin Moon |
Methods, Tools, Theory & Neural Coding |
|
F23 |
Stable endogenous brain–body dynamics dominate cortical activity during naturalistic cognition |
Jens Madsen |
Methods, Tools, Theory & Neural Coding |
|
F24 |
Universal and idiosyncratic dimensions in vision and language models |
Johannes Singer |
Methods, Tools, Theory & Neural Coding |
|
F25 |
Emily X. Meschke |
Methods, Tools, Theory & Neural Coding |
|
|
F26 |
Li Xin Lim |
Methods, Tools, Theory & Neural Coding |
|
|
F27 |
Adversarial construction for efficient experiment design in large task-spaces |
Prakhar Godara |
Methods, Tools, Theory & Neural Coding |
|
F28 |
Biologically Constrained Heterogeneity: Hybrid Spiking-Nonspiking Connectome-Constrained Models |
Nalini Ramanathan |
Methods, Tools, Theory & Neural Coding |
|
F29 |
Continual learning and forgetting as drivers of representational drift |
Chattarin Poungtubtim |
Methods, Tools, Theory & Neural Coding |
|
F30 |
Yile Wang |
Methods, Tools, Theory & Neural Coding |
|
|
F31 |
Viktor Veselý |
Methods, Tools, Theory & Neural Coding |
|
|
F32 |
LieCAN: Neural attractor networks that perform real-world pose representation and path integration |
Deven Shidfar |
Methods, Tools, Theory & Neural Coding |
|
F33 |
A thalamocortical RNN architecture for flexible and robust motor sequencing |
Abhijnana Das |
Methods, Tools, Theory & Neural Coding |
|
F34 |
The Architecture of Cortical Timing: From Local Clustering to Global Hierarchies |
Sara Varetti |
Methods, Tools, Theory & Neural Coding |
|
F35 |
Mili Patel |
Methods, Tools, Theory & Neural Coding |
|
|
F36 |
Behavioral Automaticity Triggered by Stimulus-Driven Reactivation of Functional Connections |
Ruben Sanchez-Romero |
Methods, Tools, Theory & Neural Coding |
|
F37 |
Discovering efficient maps for navigating a reconfigurable 3D environment |
Tzuhsuan Ma |
Methods, Tools, Theory & Neural Coding |
|
F38 |
Testing the Bayesian Confidence Hypothesis: Model Space, Linking Hypothesis and Empirical Fit |
Xinyi Yuan |
Methods, Tools, Theory & Neural Coding |
|
F39 |
Bridging Encoding to Decoding: Synthetic fMRI from Brain Foundation Models Improves Neural Decoding |
Zhejun Zhang |
Methods, Tools, Theory & Neural Coding |
|
F40 |
Manikya Venkata Gnaneswar Villuri |
Methods, Tools, Theory & Neural Coding |
|
|
F41 |
Metabolic cost of information processing in Poisson variational autoencoders |
Hadi Vafaii |
Methods, Tools, Theory & Neural Coding |
|
F42 |
Task-irrelevant physical effort exertion boosts arousal and facilitates latent state update |
Haoxue Fan |
Decision-Making, Cognitive Control & Event Cognition |
|
F43 |
Xu-Yang Zhang |
Decision-Making, Cognitive Control & Event Cognition |
|
|
F44 |
Self-paced rest decisions: stable but ineffective for recovery |
Nastasia Klevak |
Decision-Making, Cognitive Control & Event Cognition |
|
F45 |
Adaptive distortions of confidence reflect environmental statistics and internal constraints |
Shiyi Cao |
Decision-Making, Cognitive Control & Event Cognition |
|
F46 |
Neural Signatures of Evidence Accumulation in Continuous Estimation |
Klaus Wimmer |
Decision-Making, Cognitive Control & Event Cognition |
|
F47 |
Eivinas Butkus |
Decision-Making, Cognitive Control & Event Cognition |
|
|
F48 |
Impaired decision-making from intrinsic epileptiform disruption of human brain activity |
Niloufar Shahdoust |
Decision-Making, Cognitive Control & Event Cognition |
|
F49 |
Arun Aryal |
Decision-Making, Cognitive Control & Event Cognition |
|
|
F50 |
Long-lasting working memory emerges from the dynamics of hierarchical neural assemblies |
Merav Stern |
Memory, Learning & Knowledge Structures |
|
F51 |
Unable to Forget: Proactive Interference Reveals Working Memory Limits in Large Language Models |
Jiaqiu Vince Sun |
Memory, Learning & Knowledge Structures |
|
F52 |
Gelana Tostaeva |
Memory, Learning & Knowledge Structures |
|
|
F53 |
Xinyuan Yan |
Memory, Learning & Knowledge Structures |
|
|
F54 |
Daniel L. Carstensen |
Memory, Learning & Knowledge Structures |
|
|
F55 |
Trading Generalization for Working Memory Capacity in Neural Network Representations |
Jonathan König |
Memory, Learning & Knowledge Structures |
|
F56 |
Human early visual cortex represents high-level visual features during recall |
Futing Zou |
Memory, Learning & Knowledge Structures |
|
F57 |
Anirudh Doppalapudi |
Memory, Learning & Knowledge Structures |
|
|
F58 |
Huang Ham |
Memory, Learning & Knowledge Structures |
|
|
F59 |
The cost of alternative actions: counterfactual false memories |
Maia Juliet Armstrong |
Memory, Learning & Knowledge Structures |
|
F60 |
Understanding explicit sensorimotor learning as a process of hypothesis testing |
Anjuli Niyogi |
Memory, Learning & Knowledge Structures |
|
F61 |
How the Brain Can Build on Prior Learning: A Model and a Supporting Experiment |
Lillian Chang |
Memory, Learning & Knowledge Structures |
|
F62 |
HOLMES: Hierarchical Online Learning of Multiscale Experience Structure |
Ines Aitsahalia |
Memory, Learning & Knowledge Structures |
|
F63 |
Ryan Fayyazi |
Memory, Learning & Knowledge Structures |
|
|
F64 |
Matan Mazor |
Memory, Learning & Knowledge Structures |
|
|
F65 |
Dongwook Lim |
Memory, Learning & Knowledge Structures |
|
|
F66 |
Hayoung Song |
Memory, Learning & Knowledge Structures |
|
|
F67 |
Deepak V Raya |
Memory, Learning & Knowledge Structures |
|
|
F68 |
A Novel Paradigm for Examining Social Influences on Neural Representations Guiding Memory |
Kahini Mehta |
Memory, Learning & Knowledge Structures |
|
F69 |
Classification of Strategies in Reversal Learning Tasks Using a Mixture Model |
Daniel Janko |
Memory, Learning & Knowledge Structures |
|
F70 |
Processing the Unexpected: Contributions of Multiple Semantic Dimensions |
Harshada Vinaya |
Auditory, Speech & Language Processing |
|
F71 |
Krish G. Patel |
Auditory, Speech & Language Processing |
|
|
F72 |
An Algorithmic Account of Few-Shot Concept Induction in Language Models |
Zhuonan Yang |
Auditory, Speech & Language Processing |
|
F73 |
Aligning the Brain with Language Models Through a Nonlinear and Multimodal Approach |
Danny Dongyeop Han |
Auditory, Speech & Language Processing |
|
F74 |
Multimodal Scaling Laws for Task & Data-Optimized Models of Visual Cortex |
Abdulkadir Gokce |
Computational Models of Vision & Visual Cortex |
|
F75 |
Nathan Kong |
Computational Models of Vision & Visual Cortex |
|
|
F76 |
Yingtian Tang |
Computational Models of Vision & Visual Cortex |
|
|
F77 |
Temporal Prediction Produces Viewpoint-Consistent, Human-Aligned Vision in DNNs |
Peisen Zhou |
Computational Models of Vision & Visual Cortex |
|
F78 |
Yunpeng Liu |
Computational Models of Vision & Visual Cortex |
|
|
F79 |
Zhenan Shao |
Computational Models of Vision & Visual Cortex |
|
|
F80 |
Khai Loong Aw |
Computational Models of Vision & Visual Cortex |
|
|
F81 |
Different Features Shape Category Selectivity in Human Visual Cortex and Deep Neural Networks |
Leonard E van Dyck |
Computational Models of Vision & Visual Cortex |
|
F82 |
Task-specific scene semantics from language predicts human gaze in navigation and visual search |
Michelle R. Greene |
Computational Models of Vision & Visual Cortex |
|
F83 |
Learning long-range spatial dependencies with spectral convolutional state space models |
Grégoire DHIMOÏLA |
Computational Models of Vision & Visual Cortex |
|
F84 |
Predicting Detail from Blur Enables Learning of Robust Visual Representations |
Akihito Maruya |
Computational Models of Vision & Visual Cortex |
|
F85 |
Zhengqing Miao |
Computational Models of Vision & Visual Cortex |
|
|
F86 |
Paul Linton |
Computational Models of Vision & Visual Cortex |
|
|
F87 |
Spatial Attention Enhances Figure-Ground Modulation in Human Early Visual Cortex |
Emil Olsson |
Computational Models of Vision & Visual Cortex |
|
F88 |
Perception as Phase-Based Dynamics over Competing Interpretations |
Seoyoung Ahn |
Computational Models of Vision & Visual Cortex |
|
F89 |
Richard O'Farrell |
Computational Models of Vision & Visual Cortex |
|
|
F90 |
Predictive learning explains emergence of objects in infants |
Alekh Karkada Ashok |
Computational Models of Vision & Visual Cortex |
|
F91 |
Affective Factors Predict Selective Attention in Vision-Language Models |
Michael Zhu |
Computational Models of Vision & Visual Cortex |
|
F92 |
Reuben McNair |
Computational Models of Vision & Visual Cortex |
