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Finding the Law: Enhancing Statutory Article Retrieval via Graph Neural Networks
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Statutory article retrieval (SAR), the task of retrieving statute law articles relevant to a legal question, is a promising application of legal text processing. In particular, high-quality SAR systems can improve the work efficiency of legal professionals and provide basic legal assistance to citizens in need at no cost. Unlike traditional ad-hoc information retrieval, where each document is considered a complete source of information, SAR deals with texts whose full sense depends on complementary information from the topological organization of statute law. While existing works ignore these domain-specific dependencies, we propose a novel graph-augmented dense statute retriever (G-DSR) model that incorporates the structure of legislation via a graph neural network to improve dense retrieval performance. Experimental results show that our approach outperforms strong retrieval baselines on a real-world expert-annotated SAR dataset.
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Cited by 1 Pith paper
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Generative Chinese Statute Retrieval
A generative retriever with multi-granularity structured statute IDs and multi-task training outperforms strong sparse, dense, and legal baselines on the STARD Chinese statute benchmark.
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