论文标题
展示100 Gbps进出公共云
Demonstrating 100 Gbps in and out of the public Clouds
论文作者
论文摘要
人们对公共云提供商确实提供其他地方的能力的认识和认识越来越多，弹性是主要驱动力。但是，弹性缩放的价值与在公共云和各个研究机构中连接所有涉及资源的网络的功能紧密耦合。本文介绍了涉及公共云提供商中文件传输的测量结果，将数据从本地资源获取到公共云实例中，并将数据从公共云存储中获取到本地节点。三个主要的云提供商的网络，即亚马逊网络服务，微软Azure和Google Cloud平台的网络。本地节点由太平洋研究平台或位于威斯康星大学麦迪逊分校管理。在所有测试中，观察到的持续吞吐量是100 Gbps的顺序，将数据进出公共云的所有测试，吞吐量到达TBPS范围，以获取公共云提供商本身内部的数据移动。所有测试都使用HTTP作为传输协议。
There is increased awareness and recognition that public Cloud providers do provide capabilities not found elsewhere, with elasticity being a major driver. The value of elastic scaling is however tightly coupled to the capabilities of the networks that connect all involved resources, both in the public Clouds and at the various research institutions. This paper presents results of measurements involving file transfers inside public Cloud providers, fetching data from on-prem resources into public Cloud instances and fetching data from public Cloud storage into on-prem nodes. The networking of the three major Cloud providers, namely Amazon Web Services, Microsoft Azure and the Google Cloud Platform, has been benchmarked. The on-prem nodes were managed by either the Pacific Research Platform or located at the University of Wisconsin - Madison. The observed sustained throughput was of the order of 100 Gbps in all the tests moving data in and out of the public Clouds and throughput reaching into the Tbps range for data movements inside the public Cloud providers themselves. All the tests used HTTP as the transfer protocol.
