Bi-LSTM-LDA— A Topic Modelling Technique to Identify the Relevant Law for Indian Legal Cases

N. Sivaranjani, J. Jayabharathy
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Abstract

AI had already changed the way of approaching the problem in many industries. Now it is changing the way of practicing the law. Already many models were created to predict the outcome of a case given the facts of the case by analysing the prior cases. Before any model starts predicting the outcome of the case, it is most important to identify the section code since punishment or judgment of a case depends on the law or article under which a specific case comes under. As far as Supreme Court of India is concerned, the section code plays the major role. Hence this paper proposes Bi-LSTM-LDA model that identifies the relevant law given only the facts of the case. The proposed model is ensemble of Bi-LSTM and LDA (Latent Dirichlet Allocation) algorithms that assigns section code given the facts of the case. The proposed model is compared with existing neural topic modelling models and the results shows Bi-LSTM-LDA outperforms than others with an accuracy of 96%.
Bi-LSTM-LDA -一种识别印度法律案件相关法律的主题建模技术
人工智能已经改变了许多行业解决问题的方式。现在它正在改变法律实践的方式。已经有许多模型被创建出来,通过分析之前的案例,在给定案件事实的情况下预测案件的结果。在任何模型开始预测案件结果之前,最重要的是确定案件的部分代码,因为案件的惩罚或判决取决于特定案件所适用的法律或条款。就印度最高法院而言,章节法典起着主要作用。因此,本文提出了仅根据案件事实识别相关法律的Bi-LSTM-LDA模型。提出的模型是Bi-LSTM和LDA (Latent Dirichlet Allocation)算法的集成,LDA算法根据实际情况分配截面代码。将该模型与现有的神经主题建模模型进行了比较,结果表明,Bi-LSTM-LDA模型的准确率达到96%。
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