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RTT based Probabilistic Hop Count Packet Filtering at IaaS Virtual Cloud Infrastructure against CHCF and PHCF Techniques

机译:基于RTT基于CHCF和PHCF技术的IAAS虚拟云基础架构的RTT基本概率跳数分组滤波

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HCF technique that is used to filter out the illegitimate packets from the total number of packets has got certain constraints related to detection rate of, malicious packets. The HCF technique never ensures us about the eradication of IP spoofed packets in correct and complete manner that has been applied at the victim server. Even the Time-To-Live parameters can be Spoofed or forged because of its limited values. There must be some solution for getting accurate values of number of illegitimate packets and almost up to its 100% detection rate. Hence, there comes kaleidoscopic view and lot of scope to enhance this constraint by maximizing the detection rate of malicious packets. VCPHCF-RTT improves the efficiency of the probability based Hop Count Filtering technique using Distributed HCF at virtual intermediate nodes and virtual server along with RTT. It lessens down the probability of guessing the RTT and HCF parameter values both at the virtual intermediate routers and at the virtual server by the attackers. The robustness of VCPHCF-RTT has been shown in this paper against CHCF and PHCF techniques.
机译:用于从数据包总数中过滤出非法数据包的HCF技术已经有一定的约束与恶意数据包的检测率相关。 HCF技术永远不会确保我们以正确和完整的方式在受害者服务器上应用的正确和完整的方式消除IP欺骗数据包。即使是实时参数也可以欺骗或伪造,因为其值有限。必须有一些解决方案来获得非法数据包数量的准确值,几乎达到其100%的检测率。因此,通过最大化恶意数据包的检测速率来增强这种约束,增加了万花筒镜片视图和众多范围。 VCPHCF-RT通过虚拟中间节点和虚拟服务器的分布式HCF以及RTT提高了基于概率的跳数滤波技术的效率。它减少了攻击者猜测虚拟中间路由器和虚拟服务器上的RTT和HCF参数值的概率。本文已针对CHCF和PHCF技术示出了VCPHCF-RTT的稳健性。

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