利用多核方法保护信息系统免受DDoS攻击

Ashley Chonka, Wanlei Zhou, K. Knapp, Y. Xiang
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引用次数: 17

摘要

在防御系统领域,以前的工作主要集中在开发类似防火墙的结构,以保护应用程序免受攻击。一般来说,实现安全性的主要缺点是它会影响他们试图保护的应用程序的性能。事实上,大多数开发人员根本避免实现安全性。随着新的多核系统的出现,我们可能最终能够将安全性给应用程序带来的性能问题降至最低。在我们的保镖框架中,我们提出了一种新的防御方法,它与应用程序一起作用,而不是在应用程序前面。这意味着影响系统应用程序的性能问题被保持在最低限度,但同时仍然提供高级别的安全性。我们的实验结果表明,10%到15%的性能加速是可能的,并且可能会有更大的加速。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Protecting Information Systems from DDoS Attack Using Multicore Methodology
Previous work, in the area of defense systems has focused on developing a firewall like structure, in order to protect applications from attacks. The major drawback for implementing security in general, is that it affects the performance of the application they are trying to protect. In fact, most developers avoid implementing security at all. With the coming of new multicore systems, we might at last be able to minimize the performance issues that security places on applications. In our bodyguard framework we propose a new kind of defense that acts alongside, not in front, of applications. This means that performance issues that effect system applications are kept to a minimum, but at the same time still provide high grade security. Our experimental results demonstrate that a ten to fifteen percent speedup in performance is possible, with the potential of greater speedup.
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