Methods for Linking Data to Online Resources and Ontologies with Applications to Neurophysiology
<|reference_start|>Methods for Linking Data to Online Resources and Ontologies with Applications to Neurophysiology: Across many domains, large swaths of digital assets are being stored across distributed data repositories, e.g., the DANDI Archive [8]. The distribution and diversity of these repositories impede researchers from formally defining terminology within experiments, integrating information across datasets, and easily querying, reusing, and analyzing data that follow the FAIR principles [15]. As such, it has become increasingly important to have a standardized method to attach contextual metadata to datasets. Neuroscience is an exemplary use case of this issue due to the complex multimodal nature of experiments. Here, we present the HDMF External Resources Data (HERD) standard and related tools, enabling researchers to annotate new and existing datasets by mapping external references to the data without requiring modification of the original dataset. We integrated HERD closely with Neurodata Without Borders (NWB) [2], a widely used data standard for sharing and storing neurophysiology data. By integrating with NWB, our tools provide neuroscientists with the capability to more easily create and manage neurophysiology data in compliance with controlled sets of terms, enhancing rigor and accuracy of data and facilitating data reuse.<|reference_end|>
@article{avaylon2024methods,
    title={Methods for Linking Data to Online Resources and Ontologies with
  Applications to Neurophysiology},
    author={Matthew Avaylon, Ryan Ly, Andrew Tritt, Benjamin Dichter, Kristofer E.
  Bouchard, Christopher J. Mungall, and Oliver Ruebel},
    journal={arXiv preprint arXiv:2406.00063},
    year={2024},
    archivePrefix={arXiv},
    eprint={2406.00063},
    primaryClass={cs.DB}
}