Poster

Compliance Rating Scheme: Data Provenance for Dataset Use in Generative AI Applications

  • Matyas Bohacek 1 ORCID
  • Ignacio Vilanova Echavarri 2 ORCID
  • 1 Stanford University, United States
  • 2 Imperial College London, United Kingdom
Published
Access and licence
Open access CC BY 4.0
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Abstract

Generative Artificial Intelligence (GAI) has experienced exponential growth in recent years, partly facilitated by the abundance of open-source large-scale datasets. These datasets are often built using unrestricted and opaque data collection practices. While most literature focuses on the development and applications of GAI models, the ethical and legal considerations surrounding the creation of these datasets are often neglected. Specifically, the information about their origin, legitimacy, and safety often gets lost. To address this, we conceptualize the Compliance Rating Scheme (CRS) as a tool to evaluate a given dataset’s compliance with a set of practical principles, enabling developers and regulators to gauge and verify the transparency, accountability, and security of these resources. We open-source a Python library built around these principles, allowing the integration of this tool into existing pipelines.

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Article details

Published
Section
Posters
DOI
10.23106/dcmi.952486058
License
CC BY 4.0 · open access

Described in Dublin Core

This article's metadata, in the vocabulary these proceedings are about.

dcterms:title
Compliance Rating Scheme: Data Provenance for Dataset Use in Generative AI Applications
dcterms:creator
Bohacek, Matyas
Vilanova Echavarri, Ignacio
dcterms:date
2024-12-20
dcterms:identifier
doi:10.23106/dcmi.952486058
dcterms:publisher
Dublin Core Metadata Initiative
dcterms:type
Text
dcterms:language
en
dcterms:rights
CC BY 4.0