| D. J. Walker. Bisimulation and divergence. Information and Computation, 85(2):202-241, 1990. |
....with a deep layer of syntatic sugar, but the mutual exclusion via locks must be explicitly programmed. Walker showed how to describe a semantics for concurrent object oriented programming languages by a systematic translation of a (subset) of the POOL [3] programming language into the calculus [29]. Each method in an object is assigned a different name; all these names are multiplexed into a single name, making the invocation of a method a two way protocol, against a one way in T yCO. T yCO has the Actor model of computation [2, 9] among its most influential sources. Back in 1977, Hewitt ....
David Walker. Objects in the -calculus. Information and Computation, 116(2):253--271, 1995.
....The first class contains works that provide semantics to objects by encoding them into process calculi. Works in the second class study calculi where primitives for objects and for concurrent processes coexist. Systematic translations of objects into calculus can be found, for instance, in [Wal95,HK96,San98,KS98]. Works that belong to the second approach are much closer to what we do here. Among these it is worth to mention the approaches of [Vas94,PT95,FMLR00] which, given a name passing calculus, build high level constructors distinctive of object oriented languages. A complementary approach is followed ....
....for the self variable is the name of the object rather then the object itself. A distinctive feature of [GH98] is the fact that the syntax of conc includes sequential composition of expressions that return results. This contrasts with what happens in most formalisms based on processes ([Vas94,PT95,Wal95,KS98]) where the operation of returning a result is translated into sending a message on a result channel. Even though we did not explicitly address the problem of returning a result, it is easy to extend our framework by endowing agent interfaces not only with methods, but also with fields whose ....
D.J Walker. Objects in the -calculus. Information and Computation, 116(2):253--
.... research has focused on process algebras (i.e. equational theories of communicating processes) and process calculi (i.e. operational theories of evolving systems of communicating processes) The # calculus has proven to be successful for modeling object oriented concepts [HT91, Jon93, Vas94, BS95, Wal95] and Sangiorgi has demonstrated that Abadi and Cardelli s first order functional Object Calculus [AC96] can be faithfully translated to the # calculus [San96] The design of PICCOLA owes a great deal to the experimental programming language PICT [PT97] PICT s programming constructs are ....
David J. Walker. Objects in the Pi-Calculus. Information and Computation, 116(2):253--271, 1995.
....Furthermore, objects are active and distributed, hence, several objects are executed in parallel. The first model incorporating active objects was the actor model [Hew77, Agh86] Moreover, CCS and the calculus, have been used to give a semantics to POOL type parallel object oriented languages [Jon93, Wal95]. Recently several formalisms and languages have been proposed that offer active objects, e.g. Oblique [Car95] which supports distributed object oriented computation and Oblets [BN96] which are written in Oblique and which have a family of Web browsers capable of running Oblets. We reason about ....
D.J. Walker. Objects in the -calculus. Information and Computation, 116(2):253--271, 1995.
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D. J. Walker. Bisimulation and divergence. Information and Computation, 85(2):202-241, 1990.
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Walker, D. (1995, February). Objects in the pi-calculus. Information and Computation 116 (2), 253-271.
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D. Walker. Objects in the pi-calculus. Information and Computation, 116(2):253--271, 1995.
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D. Walker. Objects in the picalculus. Information and Computation, 116(2):253--271, 1995.
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D. Walker. Objects in the #-calculus. Information and Computation, 115:253--271,
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D. Walker. Objects in the #-calculus. Information and Computation, 116(2):253--271, 1995.
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Robert Givan, David A. McAllester, Carl Witty, and Dexter Kozen. Tarskian set constraints. Information and Computation, 174(2):105--131, 2002.
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D. Walker. Objects in the -calculus. Information and Computation, 116(2):253--271, 1995.
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D. Walker. Objects in the Pi-Calculus. Information and Computation, 116(2):253--271, 1995.
No context found.
Robert Givan, David A. McAllester, Carl Witty, and Dexter Kozen. Tarskian set constraints. Information and Computation, 174(2):105--131, 2002.
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D. Walker. Bisimulation and divergence. Information and Computation, 85(2):202-241, 1990.
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D. Walker, Bisimulation and divergence, Information and Computation, 85 (1990), pp. 202--241. 18
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D. Walker. Objects in the pi-calculus. Information and Computation, 116(2):253--271, 1 Feb. 1995. 7
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D. Walker. Bisimulation and divergence. Information and Computation, 85(2):202-- 241, 1990. 38
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D. Walker. Bisimulation and divergence. Information and Computation, 85(2):202--241, 1990.
No context found.
David Walker. Objects in the -calculus. Information and Computation, 116:253--271, 1995.
No context found.
D. J. Walker. Objects in the pi-calculus. Information and Computation, 116(2):253-271, 1995.
No context found.
David Walker. Objects in the #-calculus. Information and Computation, 116(2):253--271, February 1995.
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D. Walker. Objects in the -calculus. Information and Computation, 115:253--271, 1995. 2
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David Haussler: Decision theoretic generalizations of the PAC model for neural net and other learning applications. Information and Computation, 100(1): 78-- 150, 1992.
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David Haussler: Decision theoretic generalizations of the PAC model for neural net and other learning applications. Information and Computation, 100(1): 78-- 150, 1992.
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