Results for 'legal text retrieval'

994 found
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  1.  54
    Innovative techniques for legal text retrieval.Marie-Francine Moens - 2001 - Artificial Intelligence and Law 9 (1):29-57.
    Legal text retrieval traditionally relies upon external knowledge sources such as thesauri and classification schemes, and an accurate indexing of the documents is often manually done. As a result not all legal documents can be effectively retrieved. However a number of current artificial intelligence techniques are promising for legal text retrieval. They sustain the acquisition of knowledge and the knowledge-rich processing of the content of document texts and information need, and of their matching. (...)
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  2.  90
    Text retrieval in the legal world.Howard Turtle - 1995 - Artificial Intelligence and Law 3 (1-2):5-54.
    The ability to find relevant materials in large document collections is a fundamental component of legal research. The emergence of large machine-readable collections of legal materials has stimulated research aimed at improving the quality of the tools used to access these collections. Important research has been conducted within the traditional information retrieval, the artificial intelligence, and the legal communities with varying degrees of interaction between these groups. This article provides an introduction to text retrieval (...)
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  3.  58
    Legal information retrieval for understanding statutory terms.Jaromír Šavelka & Kevin D. Ashley - 2022 - Artificial Intelligence and Law 30 (2):245-289.
    In this work we study, design, and evaluate computational methods to support interpretation of statutory terms. We propose a novel task of discovering sentences for argumentation about the meaning of statutory terms. The task models the analysis of past treatment of statutory terms, an exercise lawyers routinely perform using a combination of manual and computational approaches. We treat the discovery of sentences as a special case of ad hoc document retrieval. The specifics include retrieval of short texts, specialized (...)
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  4.  75
    Improving legal information retrieval using an ontological framework.M. Saravanan, B. Ravindran & S. Raman - 2009 - Artificial Intelligence and Law 17 (2):101-124.
    A variety of legal documents are increasingly being made available in electronic format. Automatic Information Search and Retrieval algorithms play a key role in enabling efficient access to such digitized documents. Although keyword-based search is the traditional method used for text retrieval, they perform poorly when literal term matching is done for query processing, due to synonymy and ambivalence of words. To overcome these drawbacks, an ontological framework to enhance the user’s query for retrieval of (...)
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  5.  20
    Attentive deep neural networks for legal document retrieval.Ha-Thanh Nguyen, Manh-Kien Phi, Xuan-Bach Ngo, Vu Tran, Le-Minh Nguyen & Minh-Phuong Tu - 2022 - Artificial Intelligence and Law 32 (1):57-86.
    Legal text retrieval serves as a key component in a wide range of legal text processing tasks such as legal question answering, legal case entailment, and statute law retrieval. The performance of legal text retrieval depends, to a large extent, on the representation of text, both query and legal documents. Based on good representations, a legal text retrieval model can effectively match the query to (...)
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  6.  16
    Towards a machine understanding of Malawi legal text.Amelia V. Taylor & Eva Mfutso-Bengo - 2023 - Artificial Intelligence and Law 31 (1):1-11.
    Legal professionals in Malawi rely on a limited number of textbooks, outdated law reports and inadequate library services. Most documents available are in image form, are un-structured, i.e. contain no useful legal meta-data, summaries, keynotes, and do not support a system of citation that is essential to legal research. While advances in document processing and machine learning have benefited many fields, legal research is still only marginally affected. In this interdisciplinary research, the authors build semi-automatic tools (...)
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  7.  36
    Artificial intelligence and legal discourse: The flexlaw legal text management system. [REVIEW]J. C. Smith, Daphne Gelbart, Keith Maccrimmon, Bruce Atherton, John Mcclean, Michelle Shinehoft & Lincoln Quintana - 1995 - Artificial Intelligence and Law 3 (1-2):55-95.
  8.  34
    Advanced techniques for legal document processing and retrieval.E. Pietrosanti & B. Graziadio - 1999 - Artificial Intelligence and Law 7 (4):341-361.
    A large interest has been dedicated in recent years to the study of models for textual databases amenable to an effective integration of search and navigation functions. In the field of legal databases the need for sophisticated models is emphasised by the need to relate and combine in an effective way different types of texts, in order to solve legal problems.In our research we have analysed several existing models, each providing specific benefits and exhibiting corresponding limitations, under both (...)
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  9.  24
    Enhancing legal judgment summarization with integrated semantic and structural information.Jingpei Dan, Weixuan Hu & Yuming Wang - forthcoming - Artificial Intelligence and Law:1-22.
    Legal Judgment Summarization (LJS) can highly summarize legal judgment documents, improving judicial work efficiency in case retrieval and other occasions. Legal judgment documents are usually lengthy; however, most existing LJS methods are directly based on general text summarization models, which cannot handle long texts effectively. Additionally, due to the complex structural characteristics of legal judgment documents, some information may be lost by applying only one single kind of summarization model. To address these issues, we (...)
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  10. Evaluation of information retrieval for E-discovery.Douglas W. Oard, Jason R. Baron, Bruce Hedin, David D. Lewis & Stephen Tomlinson - 2010 - Artificial Intelligence and Law 18 (4):347-386.
    The effectiveness of information retrieval technology in electronic discovery (E-discovery) has become the subject of judicial rulings and practitioner controversy. The scale and nature of E-discovery tasks, however, has pushed traditional information retrieval evaluation approaches to their limits. This paper reviews the legal and operational context of E-discovery and the approaches to evaluating search technology that have evolved in the research community. It then describes a multi-year effort carried out as part of the Text Retrieval (...)
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  11.  28
    SM-BERT-CR: a deep learning approach for case law retrieval with supporting model.Yen Thi-Hai Vuong, Quan Minh Bui, Ha-Thanh Nguyen, Thi-Thu-Trang Nguyen, Vu Tran, Xuan-Hieu Phan, Ken Satoh & Le-Minh Nguyen - 2022 - Artificial Intelligence and Law 31 (3):601-628.
    Case law retrieval is the task of locating truly relevant legal cases given an input query case. Unlike information retrieval for general texts, this task is more complex with two phases (legal case retrieval and legal case entailment) and much harder due to a number of reasons. First, both the query and candidate cases are long documents consisting of several paragraphs. This makes it difficult to model with representation learning that usually has restriction on (...)
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  12.  88
    A legal case OWL ontology with an instantiation of Popov v. Hayashi.Adam Wyner & Rinke Hoekstra - 2012 - Artificial Intelligence and Law 20 (1):83-107.
    The paper provides an OWL ontology for legal cases with an instantiation of the legal case Popov v. Hayashi. The ontology makes explicit the conceptual knowledge of the legal case domain, supports reasoning about the domain, and can be used to annotate the text of cases, which in turn can be used to populate the ontology. A populated ontology is a case base which can be used for information retrieval, information extraction, and case based reasoning. (...)
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  13.  72
    E-Discovery revisited: the need for artificial intelligence beyond information retrieval[REVIEW]Jack G. Conrad - 2010 - Artificial Intelligence and Law 18 (4):321-345.
    In this work, we provide a broad overview of the distinct stages of E-Discovery. We portray them as an interconnected, often complex workflow process, while relating them to the general Electronic Discovery Reference Model (EDRM). We start with the definition of E-Discovery. We then describe the very positive role that NIST’s Text REtrieval Conference (TREC) has added to the science of E-Discovery, in terms of the tasks involved and the evaluation of the legal discovery work performed. Given (...)
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  14.  27
    Legal sentence boundary detection using hybrid deep learning and statistical models.Reshma Sheik, Sneha Rao Ganta & S. Jaya Nirmala - forthcoming - Artificial Intelligence and Law:1-31.
    Sentence boundary detection (SBD) represents an important first step in natural language processing since accurately identifying sentence boundaries significantly impacts downstream applications. Nevertheless, detecting sentence boundaries within legal texts poses a unique and challenging problem due to their distinct structural and linguistic features. Our approach utilizes deep learning models to leverage delimiter and surrounding context information as input, enabling precise detection of sentence boundaries in English legal texts. We evaluate various deep learning models, including domain-specific transformer models like (...)
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  15.  21
    Interpretation in Legal Theory.Andrei Marmor (ed.) - 1990 - Hart Publishing.
    Chapter 1: An Introduction: The ‘Semantic Sting’ Argument Describes Dworkin’s theory as concerning the conditions of legal validity. “A legal system is a system of norms. Validity is a logical property of norms in a way akin to that in which truth is a logical property of propositions. A statement about the law is true if and only if the norm it purports to describe is a valid legal norm…It follows that there must be certain conditions which (...)
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  16.  71
    Unsupervised approaches for measuring textual similarity between legal court case reports.Arpan Mandal, Kripabandhu Ghosh, Saptarshi Ghosh & Sekhar Mandal - 2021 - Artificial Intelligence and Law 29 (3):417-451.
    In the domain of legal information retrieval, an important challenge is to compute similarity between two legal documents. Precedents play an important role in The Common Law system, where lawyers need to frequently refer to relevant prior cases. Measuring document similarity is one of the most crucial aspects of any document retrieval system which decides the speed, scalability and accuracy of the system. Text-based and network-based methods for computing similarity among case reports have already been (...)
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  17.  75
    Representing and using legal knowledge in integrated decision support systems: Datalex workstations. [REVIEW]Graham Greenleaf, Andrew Mowbray & Peter Dijk - 1995 - Artificial Intelligence and Law 3 (1-2):97-142.
    There is more to legal knowledge representation than knowledge-bases. It is valuable to look at legal knowledge representation and its implementation across the entire domain of computerisation of law, rather than focussing on sub-domains such as legal expert systems. The DataLex WorkStation software and applications developed using it are used to provide examples. Effective integration of inferencing, hypertext and text retrieval can overcome some of the limitations of these current paradigms of legal computerisation which (...)
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  18.  51
    Improving abstractive summarization of legal rulings through textual entailment.Diego de Vargas Feijo & Viviane P. Moreira - 2021 - Artificial Intelligence and Law 31 (1):1-23.
    The standard approach for abstractive text summarization is to use an encoder-decoder architecture. The encoder is responsible for capturing the general meaning from the source text, and the decoder is in charge of generating the final text summary. While this approach can compose summaries that resemble human writing, some may contain unrelated or unfaithful information. This problem is called “hallucination” and it represents a serious issue in legal texts as legal practitioners rely on these summaries (...)
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  19.  12
    Integrating legal event and context information for Chinese similar case analysis.Jingpei Dan, Lanlin Xu & Yuming Wang - forthcoming - Artificial Intelligence and Law:1-42.
    Similar case analysis (SCA) is an essential topic in legal artificial intelligence, serving as a reference for legal professionals. Most existing works treat SCA as a traditional text classification task and ignore some important legal elements that affect the verdict and case similarity, like legal events, and thus are easily misled by semantic structure. To address this issue, we propose a Legal Event-Context Model named LECM to improve the accuracy and interpretability of SCA based (...)
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  20.  35
    Abstract meaning representation for legal documents: an empirical research on a human-annotated dataset.Sinh Trong Vu, Minh Le Nguyen & Ken Satoh - 2022 - Artificial Intelligence and Law 30 (2):221-243.
    Natural language processing techniques contribute more and more in analyzing legal documents recently, which supports the implementation of laws and rules using computers. Previous approaches in representing a legal sentence often based on logical patterns that illustrate the relations between concepts in the sentence, often consist of multiple words. Those representations cause the lack of semantic information at the word level. In our work, we aim to tackle such shortcomings by representing legal texts in the form of (...)
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  21.  62
    Improving abstractive summarization of legal rulings through textual entailment.Diego de Vargas Feijo & Viviane P. Moreira - 2021 - Artificial Intelligence and Law 31 (1):91-113.
    The standard approach for abstractive text summarization is to use an encoder-decoder architecture. The encoder is responsible for capturing the general meaning from the source text, and the decoder is in charge of generating the final text summary. While this approach can compose summaries that resemble human writing, some may contain unrelated or unfaithful information. This problem is called “hallucination” and it represents a serious issue in legal texts as legal practitioners rely on these summaries (...)
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  22.  33
    Automatic semantic edge labeling over legal citation graphs.Ali Sadeghian, Laksshman Sundaram, Daisy Zhe Wang, William F. Hamilton, Karl Branting & Craig Pfeifer - 2018 - Artificial Intelligence and Law 26 (2):127-144.
    A large number of cross-references to various bodies of text are used in legal texts, each serving a different purpose. It is often necessary for authorities and companies to look into certain types of these citations. Yet, there is a lack of automatic tools to aid in this process. Recently, citation graphs have been used to improve the intelligibility of complex rule frameworks. We propose an algorithm that builds the citation graph from a document and automatically labels each (...)
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  23.  45
    Searching information in legal hypertext systems.Jacques Savoy - 1993 - Artificial Intelligence and Law 2 (3):205-232.
    Hypertext may represent a new paradigm capable of exploring legal sources within which links are established according to pertinent relationships found between statute texts and case law. However, to discover relevant information in such a network, a browsing mechanism is not enough when faced with a large volume of texts. This paper describes a new retrieval model where documents are represented according to both their content and relationships with other sources of information.
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  24.  40
    A task-based interface to legal databases.Luuk Matthijssen - 1998 - Artificial Intelligence and Law 6 (1):81-103.
    This paper addresses the problems that lawyers experience retrieving information from legal-text databases. Traditional access mechanisms of text databases require users to know how information is stored. We propose a method for index organisation which shields lawyers from the internal storage structures and which allows them to address the legal databases in their own legal terms. The proposed index is based on a model of legal tasks as opposed to traditional database indexes which represent (...)
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  25.  79
    Salomon: Automatic abstracting of legal cases for effective access to court decisions. [REVIEW]Caroline Uyttendaele, Marie-Francine Moens & Jos Dumortier - 1998 - Artificial Intelligence and Law 6 (1):59-79.
    The SALOMON project is a contribution to the automatic processing of legal texts. Its aim is to automatically summarise Belgian criminal cases in order to improve access to the large number of existing and future cases. Therefore, techniques are developed for identifying and extracting relevant information from the cases. A broader application of these techniques could considerably simplify the work of the legal profession.A double methodology was used when developing SALOMON: the cases are processed by employing additional knowledge (...)
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  26.  14
    Integrating text mining and system dynamics to evaluate financial risks of construction contracts.Mahdi Bakhshayesh & Hamidreza Abbasianjahromi - forthcoming - Artificial Intelligence and Law:1-28.
    Financial risks are among the most important risks in the construction industry projects, which significantly impact project objectives, including project cost. Besides, financial risks have many interactions with each other and project parameters, which must be taken into account to analyze risks correctly. In addition, a source of financial risks in a project is the contract, which is the most important project document. Identifying terms related to financial risks in a contract and considering their effects on the risk management process (...)
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  27.  6
    Combining prompt-based language models and weak supervision for labeling named entity recognition on legal documents.Vitor Oliveira, Gabriel Nogueira, Thiago Faleiros & Ricardo Marcacini - forthcoming - Artificial Intelligence and Law:1-21.
    Named entity recognition (NER) is a very relevant task for text information retrieval in natural language processing (NLP) problems. Most recent state-of-the-art NER methods require humans to annotate and provide useful data for model training. However, using human power to identify, circumscribe and label entities manually can be very expensive in terms of time, money, and effort. This paper investigates the use of prompt-based language models (OpenAI’s GPT-3) and weak supervision in the legal domain. We apply both (...)
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  28.  9
    Versioned linking of semantic enrichment of legal documents.Ákos Szőke, András Förhécz, Gábor Kőrösi & György Strausz - 2013 - Artificial Intelligence and Law 21 (4):485-519.
    Regulations affect every aspect of our lives. Compliance with the regulations impacts citizens and businesses similarly: they have to find their rights and obligations in the complex legal environment. The situation is more complex when languages and time versions of regulations should be considered. To propose a solution to these demands, we present a semantic enrichment approach which aims at (1) decreasing the ambiguousness of legal texts, (2) increasing the probability of finding the relevant legal materials, and (...)
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  29.  88
    Exploratory analysis of concept and document spaces with connectionist networks.Dieter Merkl, Erich Schweighoffer & Werner Winiwarter - 1999 - Artificial Intelligence and Law 7 (2-3):185-209.
    Exploratory analysis is an area of increasing interest in the computational linguistics arena. Pragmatically speaking, exploratory analysis may be paraphrased as natural language processing by means of analyzing large corpora of text. Concerning the analysis, appropriate means are statistics, on the one hand, and artificial neural networks, on the other hand. As a challenging application area for exploratory analysis of text corpora we may certainly identify text databases, be it information retrieval or information filtering systems. With (...)
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  30. Deep learning in law: early adaptation and legal word embeddings trained on large corpora.Ilias Chalkidis & Dimitrios Kampas - 2019 - Artificial Intelligence and Law 27 (2):171-198.
    Deep Learning has been widely used for tackling challenging natural language processing tasks over the recent years. Similarly, the application of Deep Neural Networks in legal analytics has increased significantly. In this survey, we study the early adaptation of Deep Learning in legal analytics focusing on three main fields; text classification, information extraction, and information retrieval. We focus on the semantic feature representations, a key instrument for the successful application of deep learning in natural language processing. (...)
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  31.  18
    Natural language processing for legal document review: categorising deontic modalities in contracts.S. Georgette Graham, Hamidreza Soltani & Olufemi Isiaq - forthcoming - Artificial Intelligence and Law:1-22.
    The contract review process can be a costly and time-consuming task for lawyers and clients alike, requiring significant effort to identify and evaluate the legal implications of individual clauses. To address this challenge, we propose the use of natural language processing techniques, specifically text classification based on deontic tags, to streamline the process. Our research question is whether natural language processing techniques, specifically dense vector embeddings, can help semi-automate the contract review process and reduce time and costs for (...)
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  32.  96
    Using NLP techniques to identify legal ontology components: Concepts and relations. [REVIEW]Guiraude Lame - 2004 - Artificial Intelligence and Law 12 (4):379-396.
    A method to identify ontology components is presented in this article. The method relies on Natural Language Processing (NLP) techniques to extract concepts and relations among these concepts. This method is applied in the legal field to build an ontology dedicated to information retrieval. Legal texts on which the method is performed are carefully chosen as describing and conceptualizing the legal domain. We suggest that this method can help legal ontology designers and may be used (...)
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  33.  6
    Graph contrastive learning networks with augmentation for legal judgment prediction.Yao Dong, Xinran Li, Jin Shi, Yongfeng Dong & Chen Chen - forthcoming - Artificial Intelligence and Law:1-24.
    Legal Judgment Prediction (LJP) is a typical application of Artificial Intelligence in the intelligent judiciary. Current research primarily focuses on automatically predicting law articles, charges, and terms of penalty based on the fact description of cases. However, existing methods for LJP have limitations, such as neglecting document structure and ignoring case similarities. We propose a novel framework called Graph Contrastive Learning with Augmentation (GCLA) for legal judgment prediction to address these issues. GCLA constructs trainable document-level graphs for fact (...)
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  34.  33
    Ontology-based information extraction for juridical events with case studies in Brazilian legal realm.Denis Andrei de Araujo, Sandro José Rigo & Jorge Luis Victória Barbosa - 2017 - Artificial Intelligence and Law 25 (4):379-396.
    The number of available legal documents has presented an enormous growth in recent years, and the digital processing of such materials is prompting the necessity of systems that support the automatic relevant information extraction. This work presents a system for ontology-based information extraction from natural language texts, able to identify a set of legal events. The system is based on an innovative methodology based on domain ontology of legal events and a set of linguistic rules, integrated through (...)
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  35.  5
    Self-training improves few-shot learning in legal artificial intelligence tasks.Yulin Zhou, Yongbin Qin, Ruizhang Huang, Yanping Chen, Chuan Lin & Yuan Zhou - forthcoming - Artificial Intelligence and Law:1-17.
    As the labeling costs in legal artificial intelligence tasks are expensive. Therefore, it becomes a challenge to utilize low cost to train a robust model. In this paper, we propose a LAIAugment approach, which aims to enhance the few-shot learning capability in legal artificial intelligence tasks. Specifically, we first use the self-training approach to label the amount of unlabelled data to enhance the feature learning capability of the model. Moreover, we also search for datasets that are similar to (...)
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  36.  30
    Deep learning in law: early adaptation and legal word embeddings trained on large corpora.Ilias Chalkidis & Dimitrios Kampas - 2019 - Artificial Intelligence and Law 27 (2):171-198.
    Deep Learning has been widely used for tackling challenging natural language processing tasks over the recent years. Similarly, the application of Deep Neural Networks in legal analytics has increased significantly. In this survey, we study the early adaptation of Deep Learning in legal analytics focusing on three main fields; text classification, information extraction, and information retrieval. We focus on the semantic feature representations, a key instrument for the successful application of deep learning in natural language processing. (...)
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  37.  13
    Automating petition classification in Brazil’s legal system: a two-step deep learning approach.Yuri D. R. Costa, Hugo Oliveira, Valério Nogueira, Lucas Massa, Xu Yang, Adriano Barbosa, Krerley Oliveira & Thales Vieira - forthcoming - Artificial Intelligence and Law:1-25.
    Automated classification of legal documents has been the subject of extensive research in recent years. However, this is still a challenging task for long documents, since it is difficult for a model to identify the most relevant information for classification. In this paper, we propose a two-stage supervised learning approach for the classification of petitions, a type of legal document that requests a court order. The proposed approach is based on a word-level encoder–decoder Seq2Seq deep neural network, such (...)
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  38.  7
    A novel network-based paragraph filtering technique for legal document similarity analysis.Mayur Makawana & Rupa G. Mehta - forthcoming - Artificial Intelligence and Law:1-23.
    The common law system is a legal system that values precedent, or previous court decisions, in the resolution of current cases. As the availability of legal documents in digital form has increased, it has become more difficult for legal professionals to manually identify relevant past cases due to the vast amount of data. Researchers have developed automated systems for determining the similarity between legal documents to address this issue. Our research explores various representations of a (...) document and discusses a novel paragraph filtering process to identify key paragraphs using legal citation information to remove unnecessary text paragraphs without disturbing the concept of the legal document. State-of-the-art techniques like TF-IDF, BERT, Legal Bert, Doc2Vec, and Legal-longformer are used for the performance analysis of the proposed approach with document comparison. It has been shown that a model trained on the proposed filtered paragraphs can achieve better results than a model trained on the complete text and can also shorten the document by over 40%. The proposed filtering strategy could be helpful for models like BERT, where the maximum token length is fixed. (shrink)
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  39.  16
    Detecting the influence of the Chinese guiding cases: a text reuse approach.Benjamin M. Chen, Zhiyu Li, David Cai & Elliott Ash - 2024 - Artificial Intelligence and Law 32 (2):463-486.
    Socialist courts are supposed to apply the law, not make it, and socialist legality denies judicial decisions any precedential status. In 2011, the Chinese Supreme People’s Court designated selected decisions as Guiding Cases to be referred to by all judges when adjudicating similar disputes. One decade on, the paucity of citations to Guiding Cases has been taken as demonstrating the incongruity of case-based adjudication and the socialist legal tradition. Citations are, however, an imperfect measure of influence. Reproduction of language (...)
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  40.  15
    The promise and pitfall of automated text-scaling techniques for the analysis of jurisprudential change.Arthur Dyevre - 2020 - Artificial Intelligence and Law 29 (2):239-269.
    I consider the potential of eight text-scaling methods for the analysis of jurisprudential change. I use a small corpus of well-documented German Federal Constitutional Court opinions on European integration to compare the machine-generated scores to scholarly accounts of the case law and legal expert ratings. Naive Bayes, Word2Vec, Correspondence Analysis and Latent Semantic Analysis appear to perform well. Less convincing are the performance of Wordscores, ML Affinity and lexicon-based sentiment analysis. While both the high-dimensionality of judicial texts and (...)
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  41.  40
    Decision support for detecting sensitive text in government records.Karl Branting, Bradford Brown, Chris Giannella, James Van Guilder, Jeff Harrold, Sarah Howell & Jason R. Baron - forthcoming - Artificial Intelligence and Law:1-27.
    Freedom of information laws promote transparency by permitting individuals and organizations to obtain government documents. However, exemptions from disclosure are necessary to protect privacy and to permit government officials to deliberate freely. Deliberative language is often the most challenging and burdensome exemption to detect, leading to high processing costs and delays in responding to open-records requests. This paper describes a novel deliberative-language detection model trained on a new annotated training set. The deliberative-language detection model is a component of a decision-support (...)
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  42.  16
    Unsupervised law article mining based on deep pre-trained language representation models with application to the Italian civil code.Andrea Tagarelli & Andrea Simeri - 2022 - Artificial Intelligence and Law 30 (3):417-473.
    Modeling law search and retrieval as prediction problems has recently emerged as a predominant approach in law intelligence. Focusing on the law article retrieval task, we present a deep learning framework named LamBERTa, which is designed for civil-law codes, and specifically trained on the Italian civil code. To our knowledge, this is the first study proposing an advanced approach to law article prediction for the Italian legal system based on a BERT (Bidirectional Encoder Representations from Transformers) learning (...)
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  43.  27
    A neural network to identify requests, decisions, and arguments in court rulings on custody.José Félix Muñoz-Soro, Rafael del Hoyo Alonso, Rosa Montañes & Francisco Lacueva - forthcoming - Artificial Intelligence and Law:1-35.
    Court rulings are among the most important documents in all legal systems. This article describes a study in which natural language processing is used for the automatic characterization of Spanish judgments that deal with the physical custody (joint or individual) of minors. The model was trained to identify a set of elements: the type of custody requested by the plaintiff, the type of custody decided on by the court, and eight of the most commonly used arguments in this type (...)
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  44.  53
    Appellate Court Modifications Extraction for Portuguese.William Paulo Ducca Fernandes, Luiz José Schirmer Silva, Isabella Zalcberg Frajhof, Guilherme da Franca Couto Fernandes de Almeida, Carlos Nelson Konder, Rafael Barbosa Nasser, Gustavo Robichez de Carvalho, Simone Diniz Junqueira Barbosa & Hélio Côrtes Vieira Lopes - 2020 - Artificial Intelligence and Law 28 (3):327-360.
    Appellate Court Modifications Extraction consists of, given an Appellate Court decision, identifying the proposed modifications by the upper Court of the lower Court judge’s decision. In this work, we propose a system to extract Appellate Court Modifications for Portuguese. Information extraction for legal texts has been previously addressed using different techniques and for several languages. Our proposal differs from previous work in two ways: our corpus is composed of Brazilian Appellate Court decisions, in which we look for a set (...)
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  45.  11
    The challenge of open-texture in law.Clement Guitton, Aurelia Tamò-Larrieux, Simon Mayer & Gijs van Dijck - forthcoming - Artificial Intelligence and Law:1-31.
    An important challenge when creating automatically processable laws concerns open-textured terms. The ability to measure open-texture can assist in determining the feasibility of encoding regulation and where additional legal information is required to properly assess a legal issue or dispute. In this article, we propose a novel conceptualisation of open-texture with the aim of determining the extent of open-textured terms in legal documents. We conceptualise open-texture as a lever whose state is impacted by three types of forces: (...)
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  46.  38
    Law Smells.Corinna Coupette, Dirk Hartung, Janis Beckedorf, Maximilian Böther & Daniel Martin Katz - 2023 - Artificial Intelligence and Law 31 (2):335-368.
    Building on the computer science concept of _code smells_, we initiate the study of _law smells_, i.e., patterns in legal texts that pose threats to the comprehensibility and maintainability of the law. With five intuitive law smells as running examples—namely, duplicated phrase, long element, large reference tree, ambiguous syntax, and natural language obsession—, we develop a comprehensive law smell taxonomy. This taxonomy classifies law smells by when they can be detected, which aspects of law they relate to, and how (...)
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  47.  13
    Semantic matching based legal information retrieval system for COVID-19 pandemic.Junlin Zhu, Jiaye Wu, Xudong Luo & Jie Liu - 2024 - Artificial Intelligence and Law 32 (2):397-426.
    Recently, the pandemic caused by COVID-19 is severe in the entire world. The prevention and control of crimes associated with COVID-19 are critical for controlling the pandemic. Therefore, to provide efficient and convenient intelligent legal knowledge services during the pandemic, we develop an intelligent system for legal information retrieval on the WeChat platform in this paper. The data source we used for training our system is “The typical cases of national procuratorial authorities handling crimes against the prevention (...)
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  48. Comprehensible legal texts-utopia or a question of wording? On processing rephrased German court decisions.Sandra Hansen, Ralph Dirksen, Martin Küchler, Kerstin Kunz & Stella Neumann - 2006 - Hermes 36:15-40.
     
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  49.  28
    Encoded summarization: summarizing documents into continuous vector space for legal case retrieval.Vu Tran, Minh Le Nguyen, Satoshi Tojo & Ken Satoh - 2020 - Artificial Intelligence and Law 28 (4):441-467.
    We present our method for tackling a legal case retrieval task by introducing our method of encoding documents by summarizing them into continuous vector space via our phrase scoring framework utilizing deep neural networks. On the other hand, we explore the benefits from combining lexical features and latent features generated with neural networks. Our experiments show that lexical features and latent features generated with neural networks complement each other to improve the retrieval system performance. Furthermore, our experimental (...)
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  50. Interpreting legal texts: What is, and what is not, special about the law.Scott Soames - manuscript
    To be presented at an International Conference on Law, Language, and Interpretation, at the University of Akureyri, Akureyri, Iceland, April 1-2, 2007.
     
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