| P.W.M. Koopman, M.C.J.D. van Eekelen, and M.J. Plasmeijer. Operational Machine Specification in a Functional Programming Language. Software Practice and Experience, 25(5):463--499, May 1995. |
....programming languages. Functional programs, and hence functional term graph rewriting systems, are suited as executable specifications. The use of functional term graph rewriting systems as a specification language was investigated by Koopman, Smetsers, van Eekelen, and Plasmeijer [KSEP93, KEP95] To increase the expressive power of such a language, Koopman [Koo94] considers the notion of subtyping with inheritance. In order to speed up the evaluation, Zweije and Koopman [ZK93, Koo93, KZ94] transform term graph rewriting systems into semantically equivalent systems that are operationally ....
P.W.M. Koopman, M.C.J.D. van Eekelen, and M.J. Plasmeijer. Operational Machine Specification in a Functional Programming Language. Software Practice and Experience, 25(5):463--499, May 1995.
....programming languages. Functional programs, and hence functional term graph rewriting systems, are suited as executable specifications. The use of functional term graph rewriting systems as 23 a specification language was investigated by Koopman, Smetsers, van Eekelen, and Plasmeijer [KSEP93, KEP95] To increase the expressive power of such a language, Koopman [Koo94] considers the notion of subtyping with inheritance. In order to speed up the evaluation, Zweije and Koopman [ZK93, Koo93, KZ94] transform term graph rewriting systems into semantically equivalent systems that are operationally ....
P.W.M. Koopman, M.C.J.D. van Eekelen, and M.J. Plasmeijer. Operational Machine Specification in a Functional Programming Language. Software Practice and Experience, 25(5):463-- 499, May 1995.
....model for functional programming languages. Functional programs, and hence functional term graph rewriting systems, are suited as executable specifications. The use of functional term graph rewriting systems as a specification language was investigated by Koopman, van Eekelen, and Plasmeijer [KEP95]. In order to speed up the evaluation, Zweije and Koopman use symbolic reduction to fully automatically transform term graph rewriting systems into semantically equivalent systems that are operationally more efficient. In [HP95] Habel and Plump apply their recently introduced concept of graph ....
P.W.M. Koopman, M.C.J.D. van Eekelen, and M.J. Plasmeijer. Operational Machine Specification in a Functional Programming Language. Software Practice and Experience, 25(5):463--499, May 1995.
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