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Multi-region based Clustering Analysis Method for Unknown Malicious Code Detection

机译:基于多区域的未知恶意代码检测聚类分析方法

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The computer virus had been being developed into the various things like the worm rapidly propagated through a network, the Trojan horse causing data leakage, and the executable malicious software with the object of the file infection. The malicious software is a fact to more and more add a risk in the technical face and disturbingly make computer users. An injury is over the time comprised the tendency of increase. Therefore, various methodologies for reactions for protecting the computer system from the threats of the new malicious software are actively studied. In this paper, we present the technology for detecting the executable malicious software. It uses the clustering analysis technique about the executable file which is divided many feature regions into. The proposed technique can detect till not only the known malicious software but also unknown malicious software. Most of all, it uses the clustering analysis technique that measures the byte distribution similarity between malicious executable files and normal executable files. That is, the proposed technique easily can detect the malicious software without the complicated command analysis. Therefore, it can minimize the load on the system execution. Also, it can decide more accurately in which parts is transformed into or not by applying the clustering technique about many feature regions.
机译:计算机病毒已被开发为各种病毒,例如蠕虫通过网络快速传播,特洛伊木马导致数据泄漏以及带有文件感染对象的可执行恶意软件。事实上,恶意软件越来越多地在技术上增加了风险,并令人不安地成为计算机用户。随着时间的流逝,伤害有增加的趋势。因此,积极地研究了用于保护计算机系统免受新恶意软件威胁的各种反应方法。在本文中,我们提出了用于检测可执行恶意软件的技术。它使用关于可执行文件的聚类分析技术,该可执行文件被分为许多特征区域。所提出的技术不仅可以检测已知的恶意软件,而且还可以检测未知的恶意软件。最重要的是,它使用聚类分析技术来测量恶意可执行文件和普通可执行文件之间的字节分布相似性。即,所提出的技术无需复杂的命令分析就可以容易地检测到恶意软件。因此,它可以最小化系统执行的负担。同样,通过对许多特征区域应用聚类技术,可以更准确地确定将哪些部分转换为或不转换为哪些部分。

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