SILICON COMPILATION APPROACH TO SUPERCOMPUTER DESIGN.

Chu S. Jhon; David E. Krekelberg; Gerald E. Sobelman

SILICON COMPILATION APPROACH TO SUPERCOMPUTER DESIGN.

Chu S. Jhon, David E. Krekelberg, Gerald E. Sobelman

Electrical and Computer Engineering

Research output: Contribution to journal › Conference article

2 Scopus citations

Abstract

The authors describe the application of silicon compilation technology to the design of a supercomputer. A machine based on both data-driven and demand-driven (ADD) paradigms is developed and partially described in the YASC high-level silicon compiler language. The YASC language is sufficiently powerful to describe the complex concurrency mechanisms used in the supercomputer design. With this high-level silicon compilation tool, the further evolutionary designs of the basic ADD concept can be accomplished with ease.

Original language	English (US)
Pages (from-to)	47-50
Number of pages	4
Journal	Proceedings - IEEE International Symposium on Circuits and Systems
State	Published - Dec 1 1985

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Jhon, C. S., Krekelberg, D. E., & Sobelman, G. E. (1985). SILICON COMPILATION APPROACH TO SUPERCOMPUTER DESIGN. Proceedings - IEEE International Symposium on Circuits and Systems, 47-50.

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abstract = "The authors describe the application of silicon compilation technology to the design of a supercomputer. A machine based on both data-driven and demand-driven (ADD) paradigms is developed and partially described in the YASC high-level silicon compiler language. The YASC language is sufficiently powerful to describe the complex concurrency mechanisms used in the supercomputer design. With this high-level silicon compilation tool, the further evolutionary designs of the basic ADD concept can be accomplished with ease.",

author = "Jhon, {Chu S.} and Krekelberg, {David E.} and Sobelman, {Gerald E.}",

year = "1985",

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AU - Sobelman, Gerald E.

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N2 - The authors describe the application of silicon compilation technology to the design of a supercomputer. A machine based on both data-driven and demand-driven (ADD) paradigms is developed and partially described in the YASC high-level silicon compiler language. The YASC language is sufficiently powerful to describe the complex concurrency mechanisms used in the supercomputer design. With this high-level silicon compilation tool, the further evolutionary designs of the basic ADD concept can be accomplished with ease.

AB - The authors describe the application of silicon compilation technology to the design of a supercomputer. A machine based on both data-driven and demand-driven (ADD) paradigms is developed and partially described in the YASC high-level silicon compiler language. The YASC language is sufficiently powerful to describe the complex concurrency mechanisms used in the supercomputer design. With this high-level silicon compilation tool, the further evolutionary designs of the basic ADD concept can be accomplished with ease.

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