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ECOLE: A Configurable Environment for a Local Optical Network of Workstations

机译:ECOLE:工作站的本地光网络的可配置环境

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ECOLE is a project concerned with the implementation of highly efficient parallel computation on a network of generic workstations conected by a very high speed optical LAN. It is founded o research conducted at BT Laboratories, which has resulted in Synchrolan-a multi-gigabit LAN billed as the fastest LAN in the world.A holistic approach to system design is taken, to identify all possible hardware and software improvements that might allow a workstation to harness fully the raw capacity of a multi-gigabit network. Two important features of the work are the inclusion of conigurable hardware and the use of active protocols-both of these are to introduce overall flexiility, without compromissing efficiency by more than a small amount. The work benefits from the use of advanced techniques for modelling and simulation of experimental architectures. This paper explains how the ECOLE project act as a very practical focus for several existing lines of advanced systems research being undertaken at the University of edinburgh.
机译:ECOLE是一个有关在由超高速光学局域网连接的通用工作站网络上实施高效并行计算的项目。它是由BT实验室进行的研究建立的,其结果是Synchrolan(一种被称为世界上最快的LAN)被认为是全球最快的LAN。该系统采用整体方法进行系统设计,以识别所有可能的硬件和软件改进。一个工作站,以充分利用数千兆位网络的原始容量。这项工作的两个重要特征是包含了可配置的硬件,并使用了活动协议,这两者都是为了引入整体灵活性,而不会牺牲过多的效率。这项工作得益于使用先进技术对实验体系结构进行建模和仿真。本文解释了ECOLE项目如何成为爱丁堡大学正在进行的一些现有的高级系统研究领域的实践重点。

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