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Cover image for New Frontiers in Artificial Intelligence JSAI-isAI 2022 Workshop, JURISIN 2022, and JSAI 2022 International Session, Kyoto, Japan, June 12-17, 2022, Revised Selected Papers
Title:
New Frontiers in Artificial Intelligence JSAI-isAI 2022 Workshop, JURISIN 2022, and JSAI 2022 International Session, Kyoto, Japan, June 12-17, 2022, Revised Selected Papers
Author:
Takama, Yasufumi. editor. (orcid)
ISBN:
9783031291685
Edition:
1st ed. 2023.
Physical Description:
XII, 284 p. 151 illus., 78 illus. in color. online resource.
Series:
Lecture Notes in Artificial Intelligence, 13859
Contents:
JURISIN 2022 -- Differential-aware Transformer for Partially Amended Sentence Translation -- On Complexity and Generality of Contrary Prioritized Defeasible Theory -- Mapping Similar Provisions between Japanese and Foreign Laws -- COLIEE 2022 Summary: Methods for Legal Document Retrieval and Entailment -- JNLP team: Deep Learning Approaches for Tackling Long and Ambiguous Legal Documents in COLIEE 2022 -- Semantic-based Classification of Relevant Case Law -- nigam@COLIEE-22: Legal Case Retrieval and Entailment using Cascading of Lexical and Semantic-based models -- HUKB at the COLIEE 2022 Statute Law Task -- Using Textbook Knowledge for Statute Retrieval and Entailment Classification -- Legal Textual Entailment using Ensemble of Rule-based and BERT-based method with Data Augmentation by Related Article Generation -- Less is Better: Constructing Legal Question Answering System by Weighing Longest Common Subsequence of Disjunctive Union Text -- JSAI 2022 International Session -- Proposal for Turning Point Detection Method using Financial Text and Transformer -- Product Portfolio Optimization for LTV Maximization -- An Examination of Eating Experiences in Relation to Psychological States, Loneliness, and Depression Using BERT -- Objective Detection of High-risk Tackle in Rugby by Combination of Pose Estimation and Machine Learning -- Incremental informational value of floorplans for rent price prediction - Applications of modern computer vision techniques in real-estate -- Transaction Prediction by Using Graph Neural Network and Textual Industry Information -- Overfitting Problem in the Approximate Bayesian Computation Method Based on Maxima Weighted Isolation Kernel.
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