The network hardware is the operating system

Francisco J. Ballesteros, Luis López-Fernández
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引用次数: 7

Abstract

To build a distributed operating system (OS), the microkernel approach is the most popular. To build an adaptable OS, a minimal microkernel is preferred, but for an adaptable and flexible distributed OS, the previous approaches are not enough because they create an artificial barrier to OS distribution and harm system transparency and adaptability. This paper express how adaptable distributed systems could be built and describes an example implementation named Off where the microkernel itself and its abstractions are both distributed and adaptable. It is shown why the system interface should be close to the hardware but not restricted to a local node. The whole network is considered to be the exported and multiplexed hardware, in contrast to what is done by today microkernel in "distributed" OSs, eliminating the artificial view of nodes as isolated entities.
网络硬件是操作系统
要构建分布式操作系统(OS),微内核方法是最流行的。为了构建一个适应性强的操作系统,最小的微内核是首选,但是对于适应性强和灵活的分布式操作系统,前面的方法是不够的,因为它们为操作系统的分布制造了人为的障碍,损害了系统的透明性和适应性。本文阐述了如何构建可适应的分布式系统,并描述了一个名为Off的示例实现,其中微内核本身及其抽象都是分布式和可适应的。说明了为什么系统接口应该靠近硬件,而不局限于本地节点。整个网络被认为是输出和多路复用的硬件,与今天的“分布式”操作系统中的微内核所做的相反,消除了节点作为孤立实体的人为观点。
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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