HIERARCHICAL COMPUTER AIDED DESIGN PACKAGE FOR THE DESIGN OF PROCESSOR SYSTEMS BASED UPON GALLIUM ARSENIDE.

B. Gilbert; C. Bates; D. Endry; S. Karwoski; G. W. Pan; J. Ryan; M. Samson; B. Shamblin; R. Thompson; C. Treder; S. Zahn

HIERARCHICAL COMPUTER AIDED DESIGN PACKAGE FOR THE DESIGN OF PROCESSOR SYSTEMS BASED UPON GALLIUM ARSENIDE.

B. Gilbert, C. Bates, D. Endry, S. Karwoski, G. W. Pan, J. Ryan, M. Samson, B. Shamblin, R. Thompson, C. Treder, S. Zahn

Physiology & Biomedical Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

The development of a complete computer-aided-design (CAD) system, operating in a VAX/VMS computing environment and intended for the design and verification of large signal processors implemented with gallium arsenide semicustom integrated circuits, is described. The special features of the CAD system which make it particularly attractive for use with the rapidly evolving set of GaAs technologies are described, as well as its ability to retarget a design among multiple technologies with different electrical and performance characteristics. The ability of the CAD system to model the electromagnetic environment of chip packages and circuit boards is also discussed.

Original language	English (US)
Pages	305-312
Number of pages	8
State	Published - 1986

ASJC Scopus subject areas

General Engineering

Cite this

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title = "HIERARCHICAL COMPUTER AIDED DESIGN PACKAGE FOR THE DESIGN OF PROCESSOR SYSTEMS BASED UPON GALLIUM ARSENIDE.",

abstract = "The development of a complete computer-aided-design (CAD) system, operating in a VAX/VMS computing environment and intended for the design and verification of large signal processors implemented with gallium arsenide semicustom integrated circuits, is described. The special features of the CAD system which make it particularly attractive for use with the rapidly evolving set of GaAs technologies are described, as well as its ability to retarget a design among multiple technologies with different electrical and performance characteristics. The ability of the CAD system to model the electromagnetic environment of chip packages and circuit boards is also discussed.",

author = "B. Gilbert and C. Bates and D. Endry and S. Karwoski and Pan, {G. W.} and J. Ryan and M. Samson and B. Shamblin and R. Thompson and C. Treder and S. Zahn",

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T1 - HIERARCHICAL COMPUTER AIDED DESIGN PACKAGE FOR THE DESIGN OF PROCESSOR SYSTEMS BASED UPON GALLIUM ARSENIDE.

AU - Gilbert, B.

AU - Bates, C.

AU - Endry, D.

AU - Karwoski, S.

AU - Pan, G. W.

AU - Ryan, J.

AU - Samson, M.

AU - Shamblin, B.

AU - Thompson, R.

AU - Treder, C.

AU - Zahn, S.

PY - 1986

Y1 - 1986

N2 - The development of a complete computer-aided-design (CAD) system, operating in a VAX/VMS computing environment and intended for the design and verification of large signal processors implemented with gallium arsenide semicustom integrated circuits, is described. The special features of the CAD system which make it particularly attractive for use with the rapidly evolving set of GaAs technologies are described, as well as its ability to retarget a design among multiple technologies with different electrical and performance characteristics. The ability of the CAD system to model the electromagnetic environment of chip packages and circuit boards is also discussed.

AB - The development of a complete computer-aided-design (CAD) system, operating in a VAX/VMS computing environment and intended for the design and verification of large signal processors implemented with gallium arsenide semicustom integrated circuits, is described. The special features of the CAD system which make it particularly attractive for use with the rapidly evolving set of GaAs technologies are described, as well as its ability to retarget a design among multiple technologies with different electrical and performance characteristics. The ability of the CAD system to model the electromagnetic environment of chip packages and circuit boards is also discussed.

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M3 - Paper

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EP - 312

ER -

HIERARCHICAL COMPUTER AIDED DESIGN PACKAGE FOR THE DESIGN OF PROCESSOR SYSTEMS BASED UPON GALLIUM ARSENIDE.

Abstract

ASJC Scopus subject areas

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