基于SVM的产品欺诈检测机器学习模型

Yiyang Dong, Keyu Xie, Zhan Bohan, Lan-Hui Lin
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引用次数: 1

摘要

随着物联网技术的兴起,越来越多的公司将这项技术用于日常工作生产。该技术将在应用过程中产生大量的数据。如果数据可以被明智地使用,它将帮助公司做出更好的决策。建立基于供应链数据的模型来判断产品交易过程中是否存在欺诈行为是非常有意义的。它可以帮助供应链上的商家避免欺诈、违约和信用风险,改善市场秩序。本文提出了一种基于SVM分类模型的欺诈预测模型。由于材料提供的数据量较大,我们首先对数据进行特征工程处理,得到可以用于建模的处理数据,然后使用SVM分类模型算法对数据进行分类和回归。实验表明,该SVM分类模型的准确率为98.61。与逻辑回归模型和朴素贝叶斯模型相比,具有更好的数据分类和回归能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Machine Learning Model for Product Fraud Detection Based On SVM
With the rise of IoT technology, more and more companies use this technology for daily work production. This technology will generate large amounts of data during the application process. If data can be used wisely, it will help companies make better decisions. It is very meaningful to establish a model based on supply chain data to determine whether there is fraud in the product transaction process. It can help merchants in the supply chain avoid fraud, default and credit risk, and improve market order. In this paper, we propose a fraud prediction model based on the SVM classification model. Due to the large amount of data provided by the materials, we first perform feature engineering on the data to obtain processed data that can be used for modeling, and then use the SVM classification model algorithm for data classification and regression. Experiments show that the accuracy of the SVM classification model is 98.61. Compared with logistic regression model and naive Bayes model, it has better data classification and regression capabilities.
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