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The investigation and implementation of packet generator with variable traffic and packet size on net FPGA

机译:网络FPGA上可变流量和包大小的包发生器的研究与实现。

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摘要

With the popularity of network equipment, existing infrastructure network has been unable to meet the current demands on the network and standard high-speed link has been popular in the backbone network. Therefore, it put forward higher requirements for high-performance network. In addition, using reliable tools to generate high speed traffic loads has become the key task of high performance network evaluation. Generating realistic network packets plays an important role in verifying functionality and correctness of network equipment (such as router, switch etc). Reproducible mechanism of packet generator on NetFPGA platform has been implemented. Furthermore it solved software-based packet generator for CPU dependent and was not wire -speed contract issues. However, most of the PCAP file sent in previously was written by Scapy which contained only a packet in each file. This paper presented a method of replaying multiple packets with variable traffic and packet size in each queue and achieved a mechanism of rate adjustable.
机译:随着网络设备的普及,现有的基础设施网络已无法满足当前对网络的需求,并且标准的高速链路已经在骨干网络中普及。因此,它对高性能网络提出了更高的要求。此外,使用可靠的工具生成高速流量负载已成为高性能网络评估的关键任务。生成现实的网络数据包在验证网络设备(例如路由器,交换机等)的功能和正确性方面起着重要作用。已实现NetFPGA平台上数据包生成器的可重现机制。此外,它解决了基于CPU的基于软件的数据包生成器,并且不是线速合同问题。但是,以前发送的大多数PCAP文件都是由Scapy编写的,每个文件中仅包含一个数据包。本文提出了一种在每个队列中重播流量和报文大小可变的多个报文的方法,并实现了速率可调的机制。

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