Anomaly detection using smart tracing tricks on call stack

Goverdhan Reddy Jidiga, P. Sammulal
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引用次数: 2

Abstract

The call stack is an important baseline to detecting the intrusions spread over the system application programs penetrate and injected with malicious programs, also exploited by unauthorized users. But the previous work presented based on stack with the long training period, so in this paper demonstrate the extraction of sequences of return addresses generated by function calls in the code. This approach use two sets of input test data like return address set and function call sequence (virtual path) set. We apply smart trace tool and it is easy for anomaly detection and finding the unknown coding exploits as anomaly. We tested 14 attacks on Linux platform by setting different threshold values while training and given the affect of this technique with discussions on false positive rate.
在调用堆栈上使用智能跟踪技巧进行异常检测
调用栈是检测系统中应用程序渗透和注入恶意程序以及未经授权用户利用的入侵的重要基线。但是以往的工作都是基于堆栈的,训练周期长,因此本文演示了对代码中函数调用产生的返回地址序列的提取。这种方法使用两组输入测试数据,如返回地址集和函数调用序列(虚拟路径)集。我们采用智能跟踪工具,很容易进行异常检测,将未知的编码漏洞作为异常发现。我们通过在训练中设置不同的阈值,在Linux平台上测试了14种攻击,给出了这种技术的影响,并讨论了误报率。
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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