In the search of the "gene of self-replication" in malicious codes

V. Skormin, A. Volynkin, Douglas Summervil, J. Moronski
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引用次数: 4

Abstract

Most information attacks on the Internet are perpetrated by deploying malicious codes. The spread of viruses and worms throughout the Internet is accomplished by self-replication, resulting in computer epidemics. Since most legitimate computer programs do not self-replicate and the number of ways to achieve self-replication is quite limited, the detection of self-replicating malicious codes could be reduced to the detection of the "various mutations of the gene of self-replication" in the code in question. The description of such a detection mechanism for unencrypted script-type computer viruses is presented.
在恶意代码中寻找“自我复制基因”
互联网上的大多数信息攻击都是通过部署恶意代码来实现的。病毒和蠕虫在互联网上的传播是通过自我复制来完成的,从而导致计算机流行病。由于大多数合法的计算机程序不会自我复制,而且实现自我复制的方法非常有限,因此对自我复制恶意代码的检测可以简化为对相关代码中“自我复制基因的各种突变”的检测。介绍了一种针对未加密脚本型计算机病毒的检测机制。
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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