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Knowledge-Defined Networking

机译:知识定义的网络

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I start by applauding the authors of Knowledge-Defined Networking for pub­licly sharing the datasets and scripts used in the experiments presented in the paper, at inednetworking.org . This is not only im­portant for reproducibility, but for the particular context of Machine Learn­ing (ML) having standardised datasets has been shown fundamental in other areas, as the authors correctly point out, so this is an excellent first step towards that goal in networking. The website provides two main types of artefacts: datasets and neural net­works software. The datasets include all data used for the two use cases discussed in the paper. For the virtual network functions they include the CPU consumption of an OVS connected to an SDN controller, of an OVS configured with firewall rules, and of SNORT. For the network characterisa­tion use case, the authors include several delay measurements for different network topologies. The datasets have shown to be good and useful.
机译:首先,我要称赞“知识定义网络”的作者公开共享了本文介绍的实验中使用的数据集和脚本,网址为 inednetworking.org 。正如作者正确指出的那样,这不仅对可重复性很重要,而且对于具有标准化数据集的机器学习(ML)的特定上下文,在其他领域也已显示出基础,因此,这是朝着实现该目标迈出的出色的第一步。该网站提供了两种主要的人工制品:数据集和神经网络软件。数据集包括本文中讨论的两个用例使用的所有数据。对于虚拟网络功能,它们包括连接到SDN控制器的OVS,配置了防火墙规则的OVS以及SNORT的CPU消耗。对于网络表征用例,作者包括针对不同网络拓扑的几种延迟测量。数据集已经证明是很好和有用的。

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