RIRAG: Regulatory Information Retrieval and Answer Generation

Tuba Gokhan, Kexin Wang, Iryna Gurevych, Ted Briscoe
9/9/2024
cs.CLcs.AIcs.CE

No official code found. Best implementation: RegNLP/ObliQADataset (18 stars, last commit 2024-12-08). 3 more below.

Abstract

Regulatory documents, issued by governmental regulatory bodies, establish rules, guidelines, and standards that organizations must adhere to for legal compliance. These documents, characterized by their length, complexity and frequent updates, are challenging to interpret, requiring significant allocation of time and expertise on the part of organizations to ensure ongoing compliance. Regulatory Natural Language Processing (RegNLP) is a multidisciplinary field aimed at simplifying access to and interpretation of regulatory rules and obligations. We introduce a task of generating question-passages pairs, where questions are automatically created and paired with relevant regulatory passages, facilitating the development of regulatory question-answering systems. We create the ObliQA dataset, containing 27,869 questions derived from the collection of Abu Dhabi Global Markets (ADGM) financial regulation documents, design a baseline Regulatory Information Retrieval and Answer Generation (RIRAG) system and evaluate it with RePASs, a novel evaluation metric that tests whether generated answers accurately capture all relevant obligations while avoiding contradictions.

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Code Implementations(4)

182Jupyter Notebook, Rich Text FormatJul 20, 20241 years ago
20Python, Jupyter NotebookSep 4, 20241 years ago
RegNLP/RePASsCommunity100%
10Python, Jupyter NotebookOct 2, 20241 years ago

RIRAG (Regulatory Information Retrieval and Answer Generation) is an NLP tool that streamlines regulatory compliance by retrieving relevant passages from legal documents and generating precise answers to regulatory queries.

00Jupyter NotebookOct 5, 20241 years ago

Cite this paper

@article{gokhan2024rirag,
  title  = {RIRAG: Regulatory Information Retrieval and Answer Generation},
  author = {Tuba Gokhan and Kexin Wang and Iryna Gurevych and Ted Briscoe},
  year   = {2024},
  eprint = {2409.05677},
  archivePrefix = {arXiv},
  url    = {http://arxiv.org/abs/2409.05677v2}
}

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