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A distributed UNIX system based on a virtual circuit switch

G.W.R. Luderer, H. Che, J. P. Haggerty, Peter A. Kirslis, William T. Marshall

Open publisher page 12 citations

Abstract

The popular UNIXTM operating system provides time-sharing service on a single computer. This paper reports on the design and implementation of a distributed UNIX system. The new operating system consists of two components: the S-UNIX subsystem provides a complete UNIX process environment enhanced by access to remote files; the F-UNIX subsystem is specialized to offer remote file service. A system can be configured out of many computers which operate either under the S-UNIX or the F-UNIX operating subsystem. The file servers together present the view of a single global file system. A single-service view is presented to any user terminal connected to one of the S-UNIX subsystems.

About this research paper

What this paper is about

The popular UNIXTM operating system provides time-sharing service on a single computer. This paper reports on the design and implementation of a distributed UNIX system. The new operating system consists of two components: the S-UNIX subsystem provides a complete UNIX process environment enhanced by access to remote files; the F-UNIX subsystem is specialized to offer remote file service. A system can be configured out of many computers which operate either under the S-UNIX or the F-UNIX operating subsystem. The file servers together present the view of a single global file system. A single-service view is presented to any user terminal connected to one of the S-UNIX subsystems.

Why it matters

OpenAlex reports 12 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The popular UNIXTM operating system provides time-sharing service on a single computer. This paper reports on the design and implementation of a distributed UNIX system. The new operating system consists of two components: the S-UNIX subsystem provides a complete UNIX process environment enhanced by access to remote files; the F-UNIX subsystem is specialized to offer remote file service. A system can be configured out of many computers which operate either under the S-UNIX or the F-UNIX operating subsystem. The file servers together present the view of a single global file system. A single-service view is presented to any user terminal connected to one of the S-UNIX subsystems.

Key concepts: Unix, Operating system, Unix architecture, Unix file types, Computer science, Unix filesystem, Virtual file system, Server

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