The Natural Scenes Dataset: Lessons Learned and What's Next?

Release and reuse of rich neuroimaging datasets have rapidly grown in popularity, enabling researchers to ask new questions about visual processing and to benchmark computational models. One highly used dataset is the Natural Scenes Dataset (NSD), a 7T fMRI dataset where 8 subjects viewed more than 70,000 images over the course of a year. Since its recent release in September 2021, NSD has gained 1700+ users and resulted in 55+ papers and pre-prints. Here, we share behind-the-scenes considerations and inside knowledge from the NSD acquisition effort that helped ensure its quality and impact. This includes lessons learned regarding funding, designing, collecting, and releasing a large-scale fMRI dataset. Complementing the creator’s perspective, we also highlight the user’s viewpoint by revealing results from a large anonymous survey distributed amongst NSD users. These results will provide valuable (and often unspoken) insights into both positive and negative experiences interacting with NSD and other publicly available datasets. Finally, we discuss ongoing efforts towards two new large-scale datasets: (i) NSD-iEEG, an intracranial electroencephalography dataset with extensive electrode coverage in cortex and sub-cortex using a similar paradigm to NSD and (ii) Visual Cognition Dataset, a 7T fMRI dataset that samples a large diversity of tasks on a common set of visual stimuli (in contrast to NSD which samples a large diversity of stimuli during a single task). By sharing these lessons and ideas, we hope to facilitate new data collection efforts and enhance the ability of these datasets to support new discoveries in vision and cognition.

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Publication Details

Journal
Journal of Vision
Published
2024-09-15
DOI
https://doi.org/10.1167/jov.24.10.147
Primary Topic
Data Analysis with R
Type
article
Field-Weighted Citation Impact
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article

The Natural Scenes Dataset: Lessons Learned and What's Next?

Clayton E. Curtis, Dora Hermes, Eline R. Kupers, Kendrick Kay et al.
Journal of Vision
Data Analysis with R
article

The Natural Scenes Dataset: Lessons Learned and What's Next?

Clayton E. Curtis, Dora Hermes, Eline R. Kupers, Kendrick Kay, Harvey Huang, Celia Durkin, Thomas Naselaris
article en

Abstract

Release and reuse of rich neuroimaging datasets have rapidly grown in popularity, enabling researchers to ask new questions about visual processing and to benchmark computational models. One highly used dataset is the Natural Scenes Dataset (NSD), a 7T fMRI dataset where 8 subjects viewed more than 70,000 images over the course of a year. Since its recent release in September 2021, NSD has gained 1700+ users and resulted in 55+ papers and pre-prints. Here, we share behind-the-scenes considerations and inside knowledge from the NSD acquisition effort that helped ensure its quality and impact. This includes lessons learned regarding funding, designing, collecting, and releasing a large-scale fMRI dataset. Complementing the creator’s perspective, we also highlight the user’s viewpoint by revealing results from a large anonymous survey distributed amongst NSD users. These results will provide valuable (and often unspoken) insights into both positive and negative experiences interacting with NSD and other publicly available datasets. Finally, we discuss ongoing efforts towards two new large-scale datasets: (i) NSD-iEEG, an intracranial electroencephalography dataset with extensive electrode coverage in cortex and sub-cortex using a similar paradigm to NSD and (ii) Visual Cognition Dataset, a 7T fMRI dataset that samples a large diversity of tasks on a common set of visual stimuli (in contrast to NSD which samples a large diversity of stimuli during a single task). By sharing these lessons and ideas, we hope to facilitate new data collection efforts and enhance the ability of these datasets to support new discoveries in vision and cognition.

Journal of VisionVol. 24(10)
University of Minnesota System (US), WinnMed (US), New York University (US), Stanford University (US)
Openalex Percentile: Top 86%
Data Analysis with R
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