The proposed LeDA system, a system for Legal Data Annotation for Legal Data Annotation, offers the generic functionality of annotating and adjudicating entities or concepts within documents via a web-based interface and allows to dynamic create new tags for annotation.
Abstract
In this paper, we mainly concentrate on finding concepts or topics from the legal case proceedings, since adopting a structured representation for legal documents, as opposed to a mere bag-of-words flat text representation, can significantly enhance processing capabilities. To achieve this objective, we put forward a set of diverse concepts for legal case proceedings. With this motivation, we propose LeDA, a system for Legal Data Annotation. The system offers the generic functionality of annotating and adjudicating entities or concepts within documents via a web-based interface. A novel feature of our system is that it allows to dynamic create new tags for annotation, which is a particularly useful provision for situations where there exists no pre-defined ontology for the entities (concepts) that need to be annotated - these being rather discovered by annotators as they continue examining more documents. The system that we demonstrate is currently in use to annotate a set of concepts from legal documents to construct semantic representations of documents as bags of concepts that can then be used for several downstream tasks, such as prior case retrieval, judgment prediction, and so on. Along with the system features in general, we also describe how LeDA was used by 3 assessors to annotate and adjudicate legal concept names from Indian Supreme Court case proceedings.
This paper introduces the task of identifying and segmenting legal conditions (Tatbestand) and legal consequences (Rechtsfolge) within German statutory texts and presents ANNOTARES (Annotations of Tatbestand-Rechtsfolge Sequences), a novel dataset comprising German law texts with span-level annotations.
This article proposes a formal representation of this type of document through a semantic description layer that formally describes the document's logical structure and captures its underlying semantics, and demonstrates the practical utility of these Ontological Cores through three distinct use cases.
M. El Ouaazizi· International Journal of Edu...· 0 citations
ReSB2 is introduced, a framework for retrieving and linking similar legislative bills that supports human–machine collaboration and helps reduce redundancy in the lawmaking process, and fine-tunes two ModernBERT-based language models on authentic legislative data.
Lucas G. L. Costa, Átila M. Souza, Elves Rodrigues et al.· Proceedings of the 37th ACM...· 0 citations
The proposed system aims to facilitate decision-making processes in legal practice and even the accuracy of the proposed model, which guarantees that accurate and reliable information is extracted and reduces the time and costs that conventionally come with manual legal analysis.
S. A. Gade, Sivaram Ponnusamy· Journal of Intelligent Decis...· 0 citations
Intelligent Target Locator (ITL), a domain-agnostic and language-portable methodology that estimates the affinity between the textual units of a target document and the concepts defined in a structured reference document, is presented.
R. Giráldez, Dayrelis Mena, Jesús S. Aguilar-Ruiz· 0 citations
The results demonstrate that, once a domain metamodel and expert-authored examples are available, few-shot code generation can extract legal metadata relationships without training a task-specific supervised model and can be adapted to unseen legislation.
Anmol Singhal, Travis D. Breaux· Requirements Engineering· 0 citations
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