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About 1,475 papers for “Transputer”

Transputer applications

Harp, R Gordon · CERN Document Server (European Organization for Nuclear Research) · 1989

Cited by 1

The Transputer

Williams, L. R. · Defense Technical Information Center (DTIC) · 1993

In 1984, Inmos introduced the transputer. The transputer is a microprocessor that is designed to operate in parallel with other transputers in the same system. Most aspects of the transputer were designed with this fact in mind. As a result, inter-processor and inter-process communication is a very important part of the design of the transputer. These parallel processing communications abilities can be very valuable to the Army in the area of chemical detection and its subsequent signal processing needs. Transputer, Parallel computing.

Cited by 0

Transputer-järjestelmistä

Lahtinen, Mikko · Jyväskylä University Digital Archive (University of Jyväskylä) · 1988

unknown accessibility

Cited by 0

The transputer

C. Whitby‐Strevens · ACM SIGARCH Computer Architecture News · 1985

The transputer is a programmable VLSI component with communication links for point-to-point connection to other transputers. Occam (*) is a language that enables a multi-transputer system to be described as a collection of processes that ogerate concurrently and communicate using message passing via named channels.

Cited by 122Open access

The artful transputer

Roger Dettmer · Electronics and Power · 1986

When an array of 40 transputers is harnessed to a computationally intensive task like computer graphics, the results are both visually stunning and an impressive demonstration of parallel computing

Cited by 2

Transputer Databook Military and Space Transputer Databook Transputer Development and iq Systems Databook Memory.Databook Graphics Databook Digital Signal Processing Databook Transputer Applications Notebook: Architecture and Software Transputer Applicati

Inmos Sgs-thomson, Microelectronics Group · 2016

INMOS reserves the right to make changes in specifications at any time and without notice. The information furnished by INMOS in this publication is believed to be accurate; however, no responsibility is assumed for its use, nor for any infringement of patents or other rights of third parties resulting from its use. No licence is granted under any patents, trademarks or oth-er rights of INMOS. •,~lTIlm08~IMS and occam are trademarks of INMOS Limited. INMOS is a member of the SGS-THOMSON Microelectronics Group. INMOS document number: 72 TAN 204 01

Cited by 0

Transputer Benchmark Tests

Mats Aspnäs, Tor-erik Malen · 1989

The transputer is a powerful processor designed to be used as a component in multiprocessor systems. In this paper the transputers processing power is compared to other computer systems and its communication capacity is evaluated. The benchmarks programs test how well a processor performs scientific computation. The test programs are short sequential Fortran and Occam programs, which are executed on a number of computer systems. The communication test programs send data over links and measures the communication capacity under di#erent circumstances. The results from the benchmark tests are compared and evaluated. The Inmos IMS T800 transputer [Inmos1] was announced in 1987. The transputer was designed to be used as a component in multiprocessor systems, by connecting a number of transputers to each other via its communication links. An arbitary number of processors can be connected into a network, thus forming a very powerful machine to a very low cost. There is no upper limit on how m...

Cited by 0

Occam und Transputer

Volker Penner · 1992

Die erste Version von Occam -Proto-Occam genannt- ist aus CSP hervorgegangen. CSP [Hoa 78][BHR 84] ist eine rudimentäre Programmiersprache, über die es eine große Zahl von Arbeiten in der Literatur gibt, und die Grundlage für Occam [INM 88a] ist. Die Arbeiten beziehen sich weitgehend auf die formale Behandlung grundlegender Begriffe (Kommunikation, Prozeß, Synchronisation, Deadlock, Livelock) der parallelen Programmierung, auf Methoden zur Spezifikation der Semantik und hierauf aufbauend zur Verifikation von Programmeigenschaften. Wesentliches Merkmal der CSP-artigen Sprachen und damit auch von Occam ist die Einfachheit der Sprachen. Daher der Name “Occam”, der auf den englischen Philosophen William of Ockham (14. Jahrh.) zurückgeht. Occam trägt dem Rechnung und erlaubt Zuweisungen und als sequentielle Kontrollstrukturen die Hintereinanderschreibung, Verzweigung und Iteration. Konstrukte zur Formulierung rekursiver Strukturen sind nicht vorgesehen. Dem entspricht, daß lediglich statische Datentypen integer, real, byte, boolean, timer, channel und Feldtypen erlaubt sind. Die Möglichkeiten zur Beschreibung paralleler Prozesse und zur Kommunikation sind einfach.

Cited by 0