Detection of SQL Injection Attack Using Adaptive Deep Forest

M. Roobini, S. Srividhya, Sugnaya, Kannekanti Vennela, G. Nikhila
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引用次数: 1

Abstract

Injection attack is one of the best 10 security dangers declared by OWASP. SQL infusion is one of the main types of attack. In light of their assorted and quick nature, SQL injection can detrimentally affect the line, prompting broken and public data on the site. Therefore, this article presents a profound woodland-based technique for recognizing complex SQL attacks. Research shows that the methodology we use resolves the issue of expanding and debasing the first condition of the woodland. We are currently presenting the AdaBoost profound timberland-based calculation, which utilizes a blunder level to refresh the heaviness of everything in the classification. At the end of the day, various loads are given during the studio as per the effect of the outcomes on various things. Our model can change the size of the tree quickly and take care of numerous issues to stay away from issues. The aftereffects of the review show that the proposed technique performs better compared to the old machine preparing strategy and progressed preparing technique.
基于自适应深度森林的SQL注入攻击检测
注入攻击是OWASP宣布的十大安全隐患之一。SQL注入是主要的攻击类型之一。由于SQL注入的多样性和快速性,它会对线路造成不利影响,导致站点上出现损坏的和公开的数据。因此,本文介绍了一种深刻的基于林地的技术来识别复杂的SQL攻击。研究表明,我们采用的方法解决了林地第一条件扩张和退化的问题。我们目前正在展示AdaBoost基于林地的深度计算,它利用错误级别来刷新分类中所有内容的权重。在一天结束的时候,根据结果对不同事物的影响,工作室会给出不同的负载。我们的模型可以快速改变树的大小,并照顾到许多问题,以避免问题。评价结果表明,与旧的机器制备策略和先进的制备技术相比,所提出的技术具有更好的性能。
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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