2006Unpublished venueRequires access

Algebraic model of programming languages

Cristina I. Brumar, Emil M. Popa, Florentina Laura Cacovean, Bogdan A. Brumar

Open publisher page 3 citations

Abstract

Abstract:- This paper is an approach methodology of programming language, considerate like a tuple L = 〈Sem, Syn, l: Sem → Syn〉. The definition of a programming language provides a working mechanism for the development of language processing tools. A language processing environment is a set of integrated tools that support the three tasks of computer language processing: specification, implementation and usage. The development the tools that belong to a language processing environment requires language specification mechanisms that define formally all components of a programming language, the syntax, the semantics, and their association, by the same specification rules. The results presented here have as initial point [7], [8], [9].

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What this paper is about

Abstract:- This paper is an approach methodology of programming language, considerate like a tuple L = 〈Sem, Syn, l: Sem → Syn〉. The definition of a programming language provides a working mechanism for the development of language processing tools. A language processing environment is a set of integrated tools that support the three tasks of computer language processing: specification, implementation and usage. The development the tools that belong to a language processing environment requires language specification mechanisms that define formally all components of a programming language, the syntax, the semantics, and their association, by the same specification rules. The results presented here have as initial point [7], [8], [9].

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Available abstract

Abstract:- This paper is an approach methodology of programming language, considerate like a tuple L = 〈Sem, Syn, l: Sem → Syn〉. The definition of a programming language provides a working mechanism for the development of language processing tools. A language processing environment is a set of integrated tools that support the three tasks of computer language processing: specification, implementation and usage. The development the tools that belong to a language processing environment requires language specification mechanisms that define formally all components of a programming language, the syntax, the semantics, and their association, by the same specification rules. The results presented here have as initial point [7], [8], [9].

Key concepts: Programming language, Computer science, Programming language specification, First-generation programming language, Language primitive, Specification language, Very high-level programming language, Fifth-generation programming language

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