QUEST: A Query and Extraction System for Topics in Asylum Law Application Decisions

Computer Vision & MultiModal AI
Published: arXiv: 2608.28555v1
Authors

Maria Vlachou Anna Murphy Høgenhaug Mohammad N. S. Jahromi Galadrielle Humblot-Renaux Thomas Gammeltoft-Hansen Thomas B. Moeslund Desmond Elliott

Abstract

Legal decisions on asylum applications consist of long, complex, and heterogeneous documents, covering narrative applicant interviews, original decisions, and additional supporting materials. If an application is rejected, a critical question in processing an appeal is whether the credibility of the information in the original application was a factor that determined the original decision. In this paper, we present the QUEST system (Query and Extraction System for Topics) to extract and identify factors relating to credibility assessments in two datasets of Danish asylum application appeals. QUEST frames this problem as an information retrieval task, combining synthetic query generation, topic extraction, and relevance assessment to identify information related to credibility indicators in appeals board application materials. In addition to standard retrieval evaluation metrics, we propose a new type of domain-specific assessments distinct from the traditional relevance to evaluate the performance of the tested systems with respect to credibility factors. In this way, we obtain insights about how well automatic methods can return answers for different types of indicators appearing in asylum appeals. Our results indicate that there is an increased challenge when estimating performance using credibility-based relevance assessments, thus pointing to the difficulty of the task.

Paper Summary

General Summary
This paper addresses important challenges in the field by introducing novel methodologies and approaches. The research contributes to advancing the state-of-the-art and has practical applications that could benefit various domains.
Paper Information
Categories:
cs.IR
Published Date:

arXiv ID:

2608.28555v1

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