基于UNIX的分散控制流

Isabel Gouveia Lima, Richard P. Hopkins, Lindsay F. Marshall, D. Mundy, P. Treleaven
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引用次数: 3

摘要

在计算机科学界,越来越多的人相信,传统的冯·诺伊曼编程模型将在20世纪90年代被一种新的分散编程模型所取代。各种“革命性”的方法正在被推广:数据流、约简、参与者和逻辑模型。我们提出了另一种“进化”方法,即分散控制流模型。这个模型是冯·诺伊曼模型的概括,已经被认为是现代操作系统(如UNIX)的基础。在本文中,我们初步讨论了未来分散计算系统的编程,它代表了计算机网络和并行体系结构的融合。接下来,我们描述了分散控制流模型,最后我们提出了一个简单的编程语言BASIX,它体现了该模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Decentralised control flow - based on UNIX
In the computing science community there is a growing belief that the traditional von Neumann programming model will be superceded in the 1990's by a new decentralised programming model. Various “revolutionary” approaches are being promoted: data flow, reduction, actor and logic models. We propose an alternative “evolutionary” approach, namely a decentralised control flow model. This model, a generalisation of the von Neumann model, can already be recognised as providing the basis of modern operating systems such as UNIX. In this paper we discuss initially the programming of future decentralised computing systems that represent a convergence of computer networks and parallel architectures. Next we describe the decentralised control flow model, and finally we present a simple programming language called BASIX that embodies the model.
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