Building a Production-Ready Multi-Label Classifier for Legal Documents with Digital-Twin-Distiller

Author:

Csányi Gergely MárkORCID,Vági RenátóORCID,Nagy DánielORCID,Üveges IstvánORCID,Vadász János PálORCID,Megyeri AndreaORCID,Orosz TamásORCID

Abstract

One of the most time-consuming parts of an attorney’s job is finding similar legal cases. Categorization of legal documents by their subject matter can significantly increase the discoverability of digitalized court decisions. This is a multi-label classification problem, where each relatively long text can fit into more than one legal category. The proposed paper shows a solution where this multi-label classification problem is decomposed into more than a hundred binary classification problems. Several approaches have been tested, including different machine-learning and text-augmentation techniques to produce a practically applicable model. The proposed models and the methodologies were encapsulated and deployed as a digital-twin into a production environment. The performance of the created machine learning-based application reaches and could also improve the human-experts performance on this monotonous and labor-intensive task. It could increase the e-discoverability of the documents by about 50%.

Funder

National Research, Development and Innovation Office

Publisher

MDPI AG

Subject

Fluid Flow and Transfer Processes,Computer Science Applications,Process Chemistry and Technology,General Engineering,Instrumentation,General Materials Science

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