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The exploration of internet finance by using neural network

机译:用神经网络探索互联网金融

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摘要

In order to find out the risks of Internet finance as much as possible, and to ensure the rapid and healthy development of Internet finance, random forest (RF), a common classification algorithm in machine learning, was applied to analyze the risk factors of Internet finance. Additionally, the results of traditional statistical methods were compared with those of RF and back propagation (BP) neural network methods and their performance was evaluated. Finally, some suggestions were given for these risk factors, especially for the problems with high risk. The results showed that the RF algorithm model had the best classification effect and could accurately analyze the risks of Internet finance in terms of market, law, credit, personal information, and professional knowledge. It was found that credit and personal information risk were the most important factors in the future development of Internet finance when BP neural network was used to evaluate these risks. To a certain extent, they would also hinder the use and development of Internet finance. At the same time, it proved that BP neural network had a good prediction effect. To sum up, using the RF algorithm and BP neural network method in machine learning to explore the problems of Internet finance is of great significance for risk prediction for other financial institutions. (C) 2019 Elsevier B.V. All rights reserved.
机译:为了尽可能找到互联网金融的风险,并确保互联网金融的快速健康发展,随机森林(RF),机器学习中的常见分类算法,分析了互联网的风险因素金融。另外,将传统统计方法的结果与RF和反向传播(BP)的神经网络方法进行比较,并评估其性能。最后,对这些风险因素提供了一些建议,特别是对于高风险的问题。结果表明,射频算法模型具有最佳的分类效果,可以在市场,法律,信用,个人信息和专业知识方面准确分析互联网金融风险。有人发现,当BP神经网络用于评估这些风险时,信贷和个人信息风险是未来互联网金融发展的最重要因素。在一定程度上,他们还会阻碍互联网金融的使用和发展。同时,证明了BP神经网络具有良好的预测效果。总而言之,在机器学习中使用RF算法和BP神经网络方法来探讨互联网金融问题对于其他金融机构的风险预测具有重要意义。 (c)2019 Elsevier B.v.保留所有权利。

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