2002•Unpublished venueRequires access

SUAVE: painless extension for an object-oriented VHDL

Peter J. Ashenden, Philip A. Wilsey, Dale E. Martin

Open publisher page 22 citations

Abstract

The SUAVE project aims to introduce object-oriented extensions to data modeling into VHDL in a way that does not disturb the existing language or its use. Designers regularly define abstract data types by using aspects of VHDL's type system, subprograms, and packages. The SUAVE approach builds on these basic mechanisms by strengthening the facilities for encapsulation and adding an inheritance mechanism. In addition to supporting object-orientation, these extended mechanisms improve the expressiveness of VHDL across the modeling spectrum, from high-level to gate-level. By choosing an incremental and evolutionary approach to extensions, SUAVE avoids major additions to the language that would complicate choice of mechanisms for expressing a design. The paper outlines the SUAVE extensions and illustrates their use through some examples. The mechanisms and examples are readily understood as incremental extensions to current modeling practices, hence "painless extension".

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What this paper is about

The SUAVE project aims to introduce object-oriented extensions to data modeling into VHDL in a way that does not disturb the existing language or its use. Designers regularly define abstract data types by using aspects of VHDL's type system, subprograms, and packages. The SUAVE approach builds on these basic mechanisms by strengthening the facilities for encapsulation and adding an inheritance mechanism. In addition to supporting object-orientation, these extended mechanisms improve the expressiveness of VHDL across the modeling spectrum, from high-level to gate-level. By choosing an incremental and evolutionary approach to extensions, SUAVE avoids major additions to the language that would complicate choice of mechanisms for expressing a design. The paper outlines the SUAVE extensions and illustrates their use through some examples. The mechanisms and examples are readily understood as incremental extensions to current modeling practices, hence "painless extension".

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Available abstract

The SUAVE project aims to introduce object-oriented extensions to data modeling into VHDL in a way that does not disturb the existing language or its use. Designers regularly define abstract data types by using aspects of VHDL's type system, subprograms, and packages. The SUAVE approach builds on these basic mechanisms by strengthening the facilities for encapsulation and adding an inheritance mechanism. In addition to supporting object-orientation, these extended mechanisms improve the expressiveness of VHDL across the modeling spectrum, from high-level to gate-level. By choosing an incremental and evolutionary approach to extensions, SUAVE avoids major additions to the language that would complicate choice of mechanisms for expressing a design. The paper outlines the SUAVE extensions and illustrates their use through some examples. The mechanisms and examples are readily understood as incremental extensions to current modeling practices, hence "painless extension".

Key concepts: VHDL, Computer science, Programming language, Extension (predicate logic), Object-oriented programming, Inheritance (genetic algorithm), Hardware description language, Object-orientation

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