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On Two Dually Nondeterministic Refinement Algebras
Kim Solin, On Two Dually Nondeterministic Refinement Algebras . 2006-05, 2006.
Abstract:
A dually nondeterministic refinement algebra with a negation operator is proposed. The algebra facilitates reasoning about total-correctness preserving program transformations and nondeterministic programs. The negation operator is used to express enabledness and termination operators through a useful explicit definition. As a small application, a property of action systems is proved employing the algebra. A dually nondeterministic refinement algebra without the negation operator is also discussed.
BibTeX entry:
@TECHREPORT{tSolin06a,
title = {On Two Dually Nondeterministic Refinement Algebras },
author = {Solin, Kim},
number = {2006-05},
year = {2006},
keywords = {refinement algebra, dual nondeterminism, enabledness and termination, action systems},
}
Belongs to TUCS Research Unit(s): FUNDIM, Fundamentals of Computing and Discrete Mathematics