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Malware Detection Systems Based on API Log Data Mining

机译:基于API日志数据挖掘的恶意软件检测系统

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摘要

As information technology improves, the Internet is involved in every area in our daily life. When the mobile devices and cloud computing technology start to play important parts of our life, they have become more susceptible to attacks. In recent years, phishing and malicious websites have increasingly become serious problems in the field of network security. Attackers use many approaches to implant malware into target hosts in order to steal significant data and cause substantial damage. The growth of malware has been very rapid, and the purpose has changed from destruction to penetration. The signatures of malware have become more difficult to detect. In addition to static signatures, malware also tries to conceal dynamic signatures from anti-virus inspection. In this research, we use hooking techniques to trace the dynamic signatures that malware tries to hide. We then compare the behavioural differences between malware and benign programs by using data mining techniques in order to identify the malware. The experimental results show that our detection rate reaches 95% with only 80 attributes. This means that our method can achieve a high detection rate with low complexity.
机译:随着信息技术的进步,互联网已渗透到我们日常生活的各个领域。当移动设备和云计算技术开始在我们的生活中发挥重要作用时,它们变得更容易受到攻击。近年来,网络钓鱼和恶意网站已日益成为网络安全领域中的严重问题。攻击者使用多种方法将恶意软件植入目标主机,以窃取重要数据并造成重大破坏。恶意软件的增长非常迅速,其目的已经从破坏变为渗透。恶意软件的签名变得更加难以检测。除了静态签名外,恶意软件还尝试从反病毒检查中隐藏动态签名。在这项研究中,我们使用挂钩技术来跟踪恶意软件试图隐藏的动态签名。然后,我们使用数据挖掘技术比较恶意软件和良性程序之间的行为差​​异,以识别恶意软件。实验结果表明,只有80个属性,我们的检测率达到了95%。这意味着我们的方法可以以低复杂度实现高检测率。

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