TUMULT, the Twente University multiprocessor

Johan Scholten; P.G. Jansen

doi:10.1109/FTDCS.1988.26688

TUMULT, the Twente University multiprocessor

Johan Scholten, P.G. Jansen

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1 Citation (Scopus)

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Abstract

TUMULT, (Twente University multiprocessor) is described. Its aim is the design and implementation of a modular extendable multiprocessor system. Up to 15 processing elements are connected through an interprocessor communication network, using message-passing for the exchange of data. The hardware is controlled by a distributed real-time operating system, written in modular Pascal and Modula-2. Each processing element can contain one or more processor (M680X0), memory boards, and I/O interfaces, all connected through a VME bus, which acts as a local bus. The network offers a fully connected communication service with error detection and recovery. In the version realized, the transfer rate is 20 Mbyte/s

Original language	Undefined
Pages	111-118
DOIs	https://doi.org/10.1109/FTDCS.1988.26688
Publication status	Published - 1988
Event	Workshop on the Future Trends of Distributed Computing Systems in the 1990s - Hong Kong Duration: 14 Sept 1988 → 16 Sept 1988

Workshop

Workshop	Workshop on the Future Trends of Distributed Computing Systems in the 1990s
Period	14/09/88 → 16/09/88
Other	14-16 September 1988

Keywords

IR-56115

Access to Document

10.1109/FTDCS.1988.26688

00026688

Cite this

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title = "TUMULT, the Twente University multiprocessor",

abstract = "TUMULT, (Twente University multiprocessor) is described. Its aim is the design and implementation of a modular extendable multiprocessor system. Up to 15 processing elements are connected through an interprocessor communication network, using message-passing for the exchange of data. The hardware is controlled by a distributed real-time operating system, written in modular Pascal and Modula-2. Each processing element can contain one or more processor (M680X0), memory boards, and I/O interfaces, all connected through a VME bus, which acts as a local bus. The network offers a fully connected communication service with error detection and recovery. In the version realized, the transfer rate is 20 Mbyte/s",

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AU - Scholten, Johan

AU - Jansen, P.G.

PY - 1988

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N2 - TUMULT, (Twente University multiprocessor) is described. Its aim is the design and implementation of a modular extendable multiprocessor system. Up to 15 processing elements are connected through an interprocessor communication network, using message-passing for the exchange of data. The hardware is controlled by a distributed real-time operating system, written in modular Pascal and Modula-2. Each processing element can contain one or more processor (M680X0), memory boards, and I/O interfaces, all connected through a VME bus, which acts as a local bus. The network offers a fully connected communication service with error detection and recovery. In the version realized, the transfer rate is 20 Mbyte/s

AB - TUMULT, (Twente University multiprocessor) is described. Its aim is the design and implementation of a modular extendable multiprocessor system. Up to 15 processing elements are connected through an interprocessor communication network, using message-passing for the exchange of data. The hardware is controlled by a distributed real-time operating system, written in modular Pascal and Modula-2. Each processing element can contain one or more processor (M680X0), memory boards, and I/O interfaces, all connected through a VME bus, which acts as a local bus. The network offers a fully connected communication service with error detection and recovery. In the version realized, the transfer rate is 20 Mbyte/s

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T2 - Workshop on the Future Trends of Distributed Computing Systems in the 1990s

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ER -