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WEB APPLICATION VULNERABILITY DETECTION BASED ON REINFORCEMENT LEARNING

机译:基于强化学习的Web应用漏洞检测

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To solve the problem of low crawling yield and low detection efficiency in web applications security' detection,we propose a web application security vulnerability detection method based on Q-learning.We present a strategy of form focused crawling (QLC) which uses Q-learning algorithm to increase the crawling yield and detection efficiency.In the learning algorithm,we present the method of combining immediate rewards and future rewards to evaluate and optimize the learning rules.Simulating web attacking and analyzing the data of response are used to detect security-vulnerabilities,and rich attacking vectors ensure the improvement of detection accuracy.Finally,through effective training of the reinforcement learning the rules,a series of experimental results verify the effectiveness of the method we proposed in this paper.
机译:为了解决Web应用程序安全性“检测中爬行产量和低检测效率低的问题,我们提出了一种基于Q-Learning的Web应用程序安全漏洞检测方法。我们呈现了一种使用Q-Learning的形式聚焦爬网(QLC)的策略提高爬行产量和检测效率的算法。在学习算法中,我们介绍了将立即奖励和未来奖励结合的方法来评估和优化学习规则。模拟Web攻击和分析响应数据用于检测安全漏洞。而且富有的攻击向量确保了检测精度的提高。最后,通过有效地培训加强学习规则,一系列实验结果验证了本文提出的方法的有效性。

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