A Remote I/O Solution for the Cloud

C. Taylor, J. Pasquale
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引用次数: 3

Abstract

With applications increasingly moving to the cloud, it is becoming common for an application to be separated by the network from the I/O devices with which the user is interacting. Currently this requires modifying the application to receive user input from the network rather than the device. We present a new I/O architecture in which the device driver is split into two parts, with the network between them. This architecture makes the network invisible to both device and application, allowing both of them to work unmodified. Our architecture also supports transformation modules, each of which comes in a pair that operates on each side of the network. Via these module pairs, the resulting system is capable of supporting the modification of the I/O stream in a variety of ways to compensate for the network, while remaining transparent to the application.
云的远程I/O解决方案
随着应用程序越来越多地迁移到云,网络将应用程序与用户交互的I/O设备分开的情况越来越普遍。目前,这需要修改应用程序以接收来自网络而不是设备的用户输入。我们提出了一种新的I/O体系结构,其中设备驱动程序被分成两个部分,它们之间有网络。这种体系结构使得网络对设备和应用程序都是不可见的,从而允许它们在不修改的情况下工作。我们的体系结构还支持转换模块,每个模块都是一对,分别在网络的两端运行。通过这些模块对,生成的系统能够以各种方式支持I/O流的修改,以补偿网络,同时对应用程序保持透明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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