Automatic analysis of legal texts is increasingly of interest to address the issue of interpretation and compliance concerns. This paper proposes a two-step framework to investigate implicit relationships in legal documents, starting with a corpus-based approach. By introducing an annotation process, the goal is to obtain a gold standard corpus suitable for machine learning experiments. In a second step, we propose a set of features to perform the task of predicting relationships between parts of a norm, as a way to improve legal interpretation. We discuss our first results concerning the annotation task, as well as the adoption of graph-based measures derived from social network analysis. We perform a practical application to an European Union regulation. The proposed framework exploiting network analysis in addition to a corpus-based approach can be applied to address a binary classification task.

Exploring network analysis in a corpus-based approach to legal texts: A case study

Sulis E.;Humphreys L.;Vernero F.;Amantea I. A.;Di Caro L.;Audrito D.;Montaldo S.
2020-01-01

Abstract

Automatic analysis of legal texts is increasingly of interest to address the issue of interpretation and compliance concerns. This paper proposes a two-step framework to investigate implicit relationships in legal documents, starting with a corpus-based approach. By introducing an annotation process, the goal is to obtain a gold standard corpus suitable for machine learning experiments. In a second step, we propose a set of features to perform the task of predicting relationships between parts of a norm, as a way to improve legal interpretation. We discuss our first results concerning the annotation task, as well as the adoption of graph-based measures derived from social network analysis. We perform a practical application to an European Union regulation. The proposed framework exploiting network analysis in addition to a corpus-based approach can be applied to address a binary classification task.
2020
1st International Workshop "CAiSE for Legal Documents", COUrT 2020
France
2020
CEUR Workshop Proceedings
CEUR-WS
2690
27
38
Information extraction; Legal documents; Legal informatics; Natural Language Processing; Network analysis; Text corpora
Sulis E.; Humphreys L.; Vernero F.; Amantea I.A.; Di Caro L.; Audrito D.; Montaldo S.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/1759668
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