Lawsuit category prediction based on machine learning

Yuru Xu, Mingming Zhang, Shaowu Wu, Junfeng Hu
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Abstract

In this paper, based on the comprehensive information of companies, 612 characteristic parameters are extracted and mined, and two prediction models of the categories of lawsuits are established. The first model is the combinatorial prediction model, which transforms the classification problem into a single-category regression problem. After the Laplace Smoothing treatment of the training label, LightGBM model was used for the 5-fold cross-validation for each of the categories. The Top 1 and Top 2 accuracy of the final combined model was 40.868% and 21.826%, respectively. The second model is Artificial Neural Network (ANN) model, which directly treats the problem as a classification problem. The ANN model with five layers is used to classify and predict the categories of lawsuits, and its Top 1 accuracy is 40.803%, and Top 2 accuracy is 21.243%. Although the accuracy is not ideal, but the method is feasible and can be used for reference. Finally, this paper analyzes the categories of misclassified lawsuits in detail.
基于机器学习的诉讼类别预测
本文在公司综合信息的基础上,提取并挖掘了612个特征参数,建立了两种诉讼类别的预测模型。第一个模型是组合预测模型,它将分类问题转化为单类别回归问题。对训练标签进行拉普拉斯平滑处理后,使用LightGBM模型对每个类别进行5重交叉验证。最终组合模型的Top 1和Top 2准确率分别为40.868%和21.826%。第二种模型是人工神经网络(ANN)模型,它直接将问题作为分类问题来处理。采用五层ANN模型对诉讼类别进行分类和预测,其Top 1准确率为40.803%,Top 2准确率为21.243%。虽然精度不理想,但该方法可行,可供参考。最后,对错误分类诉讼的种类进行了详细的分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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