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A methodology to infer value networks from police case files

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Publicado en:Crime Science vol. 14, no. 1 (Dec 2025), p. 8
Autor principal: Mezzi, Emanuele
Otros Autores: Oetker, Frederike, Duijn, Paul, Quax, Rick
Publicado:
Springer Nature B.V.
Materias:
Netherlands
Organized crime
Witnesses
Collaboration
Automation
Criminal investigations
Law enforcement
Drug trafficking
Social network analysis
Criminology
Social networks
Classification
Value chain
Police
Data processing
Offenders
Pattern recognition
Extraction
Research methodology
Courts
Networks
Grammatical case
Syntax
Syntactic structures
Natural language processing
Law enforcement agencies
Documentation
Acceso en línea:Citation/Abstract
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Resumen:Every year, hundreds of case files from police investigations and court cases are produced. The challenge of manual processing and analysing the vast volume of documentation resulting from investigations have prompted law enforcement agencies to embrace Natural Language Processing (NLP). Despite this, a systematic approach to automatically retrieve relevant data from police case files is lacking. To address this gap, we propose a methodology to process police case files and perform criminals’ role classification, criminals’ ties classification, and value network inferring through syntactic pattern recognition and BERTopic. The results reached allow us to affirm that the inferred value networks can congruently depict the roles and the connections between them. Although further research is needed, this methodology can propel the automation of the extraction of criminal networks’ dynamics implemented by law enforcement agencies, allowing them to refine and improve the strategies employed to disrupt criminal networks.
ISSN:2193-7680
DOI:10.1186/s40163-025-00251-z
Fuente:Criminal Justice Database