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From algebraic semantics to denotational semantics for Verilog
This paper considers how the algebraic semantics for Verilog relates with its denotational semantics. Our approach is to derive the denotational semantics from the algebraic semantics. We first present the algebraic laws for Verilog. Every program can be
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Denotational semantics of concurrency
Proceedings of the fourteenth annual ACM symposium on Theory of computing - STOC '82, 1982A general framework for the denotational treatment of concurrency is introduced. The key idea is the notion of process which is element of a domain obtained as solution of a domain equation in the style as considered previously by Plotkin. We use tools from metric topology as advocated by Nivat to solve this equation, show how operations upon processes
J. W. de Bakker, Jeffery I. Zucker
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A denotational semantics for Prolog
ACM Transactions on Programming Languages and Systems, 1989A denotational semantics is presented for the language Pro.og. Metapredicates are not considered. Conventional control sequencing is assumed for Prolog's execution. The semantics is nonstandard, and goal continuations are used to explicate the sequencing.
Tim Nicholson, Norman Y. Foo
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The denotation semantics of NIPL
ACM SIGPLAN Notices, 2001With the neurons, neural networks and rules in NIPL encapsulated as a special object, the concepts of object-oriented programming, neural network computing and logic inference have been unified, therefore, the denotation semantics of NIPL based on the theory of object-oriented is given.
Tao Li 0016, XiaoJie Liu
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Denotational semantics for thread algebra
This paper gives a denotational semantics for thread algebra (TA), an algebraic framework for the description and analysis of recent programming languages such as C# and Java [J.A. Bergstra, C.A.
Vu, Thuy Duong, Vu, T.D.
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Proceedings Third IEEE International Workshop on Source Code Analysis and Manipulation, 2004
We show that CPP, the preprocessor of the C language, can be seen as a programming language in which directives are statements, parametrized macros are functions, files are procedures, directories are modules, and command lines are programs. The semantics of CPP can therefore be described using traditional techniques.
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We show that CPP, the preprocessor of the C language, can be seen as a programming language in which directives are statements, parametrized macros are functions, files are procedures, directories are modules, and command lines are programs. The semantics of CPP can therefore be described using traditional techniques.
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A denotational semantics ofLC2
Archive for Mathematical Logic, 1996The aim of this paper is to extend the classical sequent calculusLC to the second order. This task is realized by a semantical approach mixing the correlation spaces semantics ofLC on the one hand, and the analogy with the interpretation of systemF in coherent spaces on the other hand.
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Denotational semantics of a calculator
Proceedings of the 1993 ACM conference on Computer science - CSC '93, 1993Denotational semantics1,2,3,4 provides a formal method of precisely and concisely specifying languages, programming languages as well as other kinds of software such as editors and file systems. But those attributes that make denotational descriptions so effective also lead programmers and software designers to reject the method as too complex.
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