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首页> 外文会议>International conference on advances in computing, communications and informatics >Hiper-ping: Data plane based high performance packet generation bypassing kernel on ×86 based commodity systems
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Hiper-ping: Data plane based high performance packet generation bypassing kernel on ×86 based commodity systems

机译：Hiper-ping：基于×86的商品系统上基于数据平面的高性能数据包生成绕过内核

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摘要

Numbers of commodity hardware available today are capable of saturating Gigabit Ethernet networks. The key today is to identify the fact that the hardware is not the bottleneck when it comes to generating traffic workloads at high rates. There are not many reliable tools out in the market which could help in evaluating the security and performance of high speed networking devices using the commodity hardware. To address the problem of higher packet processing efficiency of commodity servers we have developed a tool called “Hiper-Ping”. We run Hiper-Ping on top of x86 based commodity hardware and highlight its performance for security auditing and testing of firewalls and networks. Hiper-Ping shows superior performance in terms of both the achieved throughput and the bitrate values, under all possible values of frame length. Using Hiper-Ping we were able to achieve a speed of 1.488 Million minimum sized packets per second on a commodity server equipped with a single Gigabit Ethernet interface.
机译：当今可用的许多商用硬件能够使千兆位以太网饱和。今天的关键是要确定这样一个事实，即在以高速率生成流量工作负载时，硬件不是瓶颈。市场上没有很多可靠的工具可以帮助评估使用商用硬件的高速网络设备的安全性和性能。为了解决商品服务器更高的数据包处理效率的问题，我们开发了一种名为“ Hiper-Ping”的工具。我们在基于x86的商用硬件上运行Hiper-Ping，并重点介绍其在防火墙和网络的安全审核和测试中的性能。在所有可能的帧长度值下，Hiper-Ping在实现的吞吐量和比特率值方面均显示出卓越的性能。使用Hiper-Ping，我们在配备有单个千兆以太网接口的商用服务器上，能够实现最小每秒148.8万个数据包的速度。

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