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Poster Session F
Thursday, August 6, 1:45 – 3:30 pm, Posters 1-22 are in Shorin Room, posters 23-103 are in Rosenthal Room
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F1 |
Neural Footprints: Variance-Based Methods Systematically Miss High-Level Representations |
Jon Gauthier |
Methods, Tools, Theory & Neural Coding |
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F2 |
navve wasserman |
Methods, Tools, Theory & Neural Coding |
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F3 |
Shared neural circuits for brain-wide nonstationary dynamics |
Adam Shabti Charles |
Methods, Tools, Theory & Neural Coding |
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F4 |
Conserved Kinematic Representations enable Zero-Shot Decoding in Handwriting BCIs |
Virginia R. de Sa |
Methods, Tools, Theory & Neural Coding |
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F5 |
Madeleine C Snyder |
Methods, Tools, Theory & Neural Coding |
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F6 |
Computational Natural Language Analysis Reveals Psilocybin-Induced Changes in Meaning-Making |
Caitlin Rooney |
Methods, Tools, Theory & Neural Coding |
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F7 |
Sreejan Kumar |
Methods, Tools, Theory & Neural Coding |
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F8 |
An Analysis of Neuroidal Memory Formation within D. melanogaster |
Patrick Riley Perrine |
Methods, Tools, Theory & Neural Coding |
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F9 |
Zachary Loschinskey |
Methods, Tools, Theory & Neural Coding |
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F10 |
A model-based alternative to cluster-based permutation tests for the analysis of time-resolved data |
Ladislas Nalborczyk |
Methods, Tools, Theory & Neural Coding |
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F11 |
BCI-induced Dynamic Shifts of Valence Representations in the Primate Amygdala |
Shaked Emily Leibovitz |
Methods, Tools, Theory & Neural Coding |
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F12 |
Neural computation for prediction in noisy, unknown environments |
Jacopo Epifanio |
Methods, Tools, Theory & Neural Coding |
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F13 |
Subha Nawer Pushpita |
Methods, Tools, Theory & Neural Coding |
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F14 |
Discovering Functionally Selective Brain Regions with a Deep Topographic Multimodal Model |
Badr AlKhamissi |
Methods, Tools, Theory & Neural Coding |
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F15 |
Habon Issa |
Methods, Tools, Theory & Neural Coding |
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F16 |
fMRIflow: A Modular, Web-Based Framework for Voxelwise Encoding Models |
Omar Sherif |
Methods, Tools, Theory & Neural Coding |
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F17 |
Dhruva Arekar |
Methods, Tools, Theory & Neural Coding |
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F18 |
Evaluating Bayesian Representational Similarity Measures between Neural Networks |
Sezan Oral |
Methods, Tools, Theory & Neural Coding |
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F19 |
A Modular Framework for Embedding Brain-like Topology in Recurrent Neural Networks |
Maroš Rovný |
Methods, Tools, Theory & Neural Coding |
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F20 |
Hanlin Zhu |
Methods, Tools, Theory & Neural Coding |
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F21 |
David Skrill |
Methods, Tools, Theory & Neural Coding |
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F22 |
Fine-Grained Emotion Structure in the Brain-Aligned Subspace of a Self-Supervised Video Model |
Seokjin Moon |
Methods, Tools, Theory & Neural Coding |
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F23 |
Stable endogenous brain–body dynamics dominate cortical activity during naturalistic cognition |
Jens Madsen |
Methods, Tools, Theory & Neural Coding |
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F24 |
Universal and idiosyncratic dimensions in vision and language models |
Johannes Singer |
Methods, Tools, Theory & Neural Coding |
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F25 |
Emily X. Meschke |
Methods, Tools, Theory & Neural Coding |
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F26 |
Li Xin Lim |
Methods, Tools, Theory & Neural Coding |
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F27 |
Adversarial construction for efficient experiment design in large task-spaces |
Prakhar Godara |
Methods, Tools, Theory & Neural Coding |
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F28 |
Biologically Constrained Heterogeneity: Hybrid Spiking-Nonspiking Connectome-Constrained Models |
Nalini Ramanathan |
Methods, Tools, Theory & Neural Coding |
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F29 |
Continual learning and forgetting as drivers of representational drift |
Chattarin Poungtubtim |
Methods, Tools, Theory & Neural Coding |
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F30 |
Yile Wang |
Methods, Tools, Theory & Neural Coding |
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F31 |
Viktor Veselý |
Methods, Tools, Theory & Neural Coding |
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F32 |
LieCAN: Neural attractor networks that perform real-world pose representation and path integration |
Deven Shidfar |
Methods, Tools, Theory & Neural Coding |
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F33 |
A thalamocortical RNN architecture for flexible and robust motor sequencing |
Abhijnana Das |
Methods, Tools, Theory & Neural Coding |
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F34 |
The Architecture of Cortical Timing: From Local Clustering to Global Hierarchies |
Sara Varetti |
Methods, Tools, Theory & Neural Coding |
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F35 |
Mili Patel |
Methods, Tools, Theory & Neural Coding |
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F36 |
Behavioral Automaticity Triggered by Stimulus-Driven Reactivation of Functional Connections |
Ruben Sanchez-Romero |
Methods, Tools, Theory & Neural Coding |
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F37 |
Discovering efficient maps for navigating a reconfigurable 3D environment |
Tzuhsuan Ma |
Methods, Tools, Theory & Neural Coding |
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F38 |
Testing the Bayesian Confidence Hypothesis: Model Space, Linking Hypothesis and Empirical Fit |
Xinyi Yuan |
Methods, Tools, Theory & Neural Coding |
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F39 |
Bridging Encoding to Decoding: Synthetic fMRI from Brain Foundation Models Improves Neural Decoding |
Zhejun Zhang |
Methods, Tools, Theory & Neural Coding |
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F40 |
Manikya Venkata Gnaneswar Villuri |
Methods, Tools, Theory & Neural Coding |
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F41 |
Metabolic cost of information processing in Poisson variational autoencoders |
Hadi Vafaii |
Methods, Tools, Theory & Neural Coding |
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F42 |
Task-irrelevant physical effort exertion boosts arousal and facilitates latent state update |
Haoxue Fan |
Decision-Making, Cognitive Control & Event Cognition |
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F43 |
Xu-Yang Zhang |
Decision-Making, Cognitive Control & Event Cognition |
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F44 |
Self-paced rest decisions: stable but ineffective for recovery |
Nastasia Klevak |
Decision-Making, Cognitive Control & Event Cognition |
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F45 |
Adaptive distortions of confidence reflect environmental statistics and internal constraints |
Shiyi Cao |
Decision-Making, Cognitive Control & Event Cognition |
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F46 |
Neural Signatures of Evidence Accumulation in Continuous Estimation |
Klaus Wimmer |
Decision-Making, Cognitive Control & Event Cognition |
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F47 |
Eivinas Butkus |
Decision-Making, Cognitive Control & Event Cognition |
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F48 |
Impaired decision-making from intrinsic epileptiform disruption of human brain activity |
Niloufar Shahdoust |
Decision-Making, Cognitive Control & Event Cognition |
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F49 |
Arun Aryal |
Decision-Making, Cognitive Control & Event Cognition |
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F50 |
Long-lasting working memory emerges from the dynamics of hierarchical neural assemblies |
Merav Stern |
Memory, Learning & Knowledge Structures |
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F51 |
Unable to Forget: Proactive Interference Reveals Working Memory Limits in Large Language Models |
Jiaqiu Vince Sun |
Memory, Learning & Knowledge Structures |
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F52 |
Gelana Tostaeva |
Memory, Learning & Knowledge Structures |
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F53 |
Xinyuan Yan |
Memory, Learning & Knowledge Structures |
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F54 |
Daniel L. Carstensen |
Memory, Learning & Knowledge Structures |
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F55 |
Trading Generalization for Working Memory Capacity in Neural Network Representations |
Jonathan König |
Memory, Learning & Knowledge Structures |
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F56 |
Human early visual cortex represents high-level visual features during recall |
Futing Zou |
Memory, Learning & Knowledge Structures |
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F57 |
Anirudh Doppalapudi |
Memory, Learning & Knowledge Structures |
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F58 |
Huang Ham |
Memory, Learning & Knowledge Structures |
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F59 |
The cost of alternative actions: counterfactual false memories |
Maia Juliet Armstrong |
Memory, Learning & Knowledge Structures |
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F60 |
Understanding explicit sensorimotor learning as a process of hypothesis testing |
Anjuli Niyogi |
Memory, Learning & Knowledge Structures |
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F61 |
How the Brain Can Build on Prior Learning: A Model and a Supporting Experiment |
Lillian Chang |
Memory, Learning & Knowledge Structures |
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F62 |
HOLMES: Hierarchical Online Learning of Multiscale Experience Structure |
Ines Aitsahalia |
Memory, Learning & Knowledge Structures |
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F63 |
Ryan Fayyazi |
Memory, Learning & Knowledge Structures |
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F64 |
Matan Mazor |
Memory, Learning & Knowledge Structures |
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F65 |
Dongwook Lim |
Memory, Learning & Knowledge Structures |
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F66 |
Hayoung Song |
Memory, Learning & Knowledge Structures |
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F67 |
Deepak V Raya |
Memory, Learning & Knowledge Structures |
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F68 |
A Novel Paradigm for Examining Social Influences on Neural Representations Guiding Memory |
Kahini Mehta |
Memory, Learning & Knowledge Structures |
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F69 |
Classification of Strategies in Reversal Learning Tasks Using a Mixture Model |
Daniel Janko |
Memory, Learning & Knowledge Structures |
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F70 |
Processing the Unexpected: Contributions of Multiple Semantic Dimensions |
Harshada Vinaya |
Auditory, Speech & Language Processing |
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F71 |
Krish G. Patel |
Auditory, Speech & Language Processing |
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F72 |
An Algorithmic Account of Few-Shot Concept Induction in Language Models |
Zhuonan Yang |
Auditory, Speech & Language Processing |
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F73 |
Aligning the Brain with Language Models Through a Nonlinear and Multimodal Approach |
Danny Dongyeop Han |
Auditory, Speech & Language Processing |
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F74 |
Multimodal Scaling Laws for Task & Data-Optimized Models of Visual Cortex |
Abdulkadir Gokce |
Computational Models of Vision & Visual Cortex |
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F75 |
Nathan Kong |
Computational Models of Vision & Visual Cortex |
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F76 |
Yingtian Tang |
Computational Models of Vision & Visual Cortex |
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F77 |
Temporal Prediction Produces Viewpoint-Consistent, Human-Aligned Vision in DNNs |
Peisen Zhou |
Computational Models of Vision & Visual Cortex |
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F78 |
Yunpeng Liu |
Computational Models of Vision & Visual Cortex |
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F79 |
Zhenan Shao |
Computational Models of Vision & Visual Cortex |
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F80 |
Khai Loong Aw |
Computational Models of Vision & Visual Cortex |
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F81 |
Different Features Shape Category Selectivity in Human Visual Cortex and Deep Neural Networks |
Leonard E van Dyck |
Computational Models of Vision & Visual Cortex |
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F82 |
Task-specific scene semantics from language predicts human gaze in navigation and visual search |
Michelle R. Greene |
Computational Models of Vision & Visual Cortex |
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F83 |
Learning long-range spatial dependencies with spectral convolutional state space models |
Grégoire DHIMOÏLA |
Computational Models of Vision & Visual Cortex |
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F84 |
Predicting Detail from Blur Enables Learning of Robust Visual Representations |
Akihito Maruya |
Computational Models of Vision & Visual Cortex |
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F85 |
Zhengqing Miao |
Computational Models of Vision & Visual Cortex |
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F86 |
Paul Linton |
Computational Models of Vision & Visual Cortex |
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F87 |
Spatial Attention Enhances Figure-Ground Modulation in Human Early Visual Cortex |
Emil Olsson |
Computational Models of Vision & Visual Cortex |
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F88 |
Perception as Phase-Based Dynamics over Competing Interpretations |
Seoyoung Ahn |
Computational Models of Vision & Visual Cortex |
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F89 |
Richard O'Farrell |
Computational Models of Vision & Visual Cortex |
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F90 |
Predictive learning explains emergence of objects in infants |
Alekh Karkada Ashok |
Computational Models of Vision & Visual Cortex |
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F91 |
Affective Factors Predict Selective Attention in Vision-Language Models |
Michael Zhu |
Computational Models of Vision & Visual Cortex |
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F92 |
Reuben McNair |
Computational Models of Vision & Visual Cortex |
