An Efficient and Adaptive IP Traceback Scheme

Kayoko Iwamoto, Masakazu Soshi, T. Satoh
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引用次数: 3

Abstract

IP trace back is considered to be one of the promising countermeasures against Distributed Denial of Service (DDoS) attacks. IP trace back protocols must be effective as well as simple enough to be efficiently executed. However, there is almost no such an IP trace back protocol. In this paper, we consider an IP trace back protocol proposed by Muthuprasanna and Manimaran [1] (STE scheme for short) and shall propose a new, efficient, and adaptive IP trace back scheme, which is partly based on STE. Simply speaking, our scheme is efficient since it adaptively changes marking probabilities decrease the number of marking bits. In this paper, we conduct theoretical and numerical analyses of our scheme in detail and show that our scheme is more efficient than STE in terms of marking bit length and the number of packets for attack path recovery. The result is also supported by simulations experiments.
一种高效、自适应的IP回溯方案
IP溯源被认为是一种很有前途的对抗分布式拒绝服务攻击的方法。IP追溯协议必须有效且足够简单,以便有效执行。然而,几乎没有这样的IP追溯协议。本文考虑Muthuprasanna和Manimaran[1]提出的IP溯源协议(简称STE方案),提出一种新的、高效的、自适应的IP溯源方案,该方案部分基于STE。简单地说,我们的方案是有效的,因为它自适应地改变标记概率,减少标记位数。在本文中,我们对我们的方案进行了详细的理论和数值分析,并表明我们的方案在标记位长度和攻击路径恢复的数据包数量方面比STE更有效。仿真实验也证实了这一结论。
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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