AbstractThis paper aims to make the following main contribution: to show how to use the concrete nature of Scott's information systems to advantage in solving recursive domain equations. The method is based on the substructure relation between information systems. This essentially makes a complete partial order (cpo) of information systems. Standard domain constructions like function space can be made continous on this cpo so the solution of recursive domain equations reduces to the more familiar construction of forming the least fixed-point of a continuous function
AbstractAn algebraic technique for reasoning about recursive programs is proposed. The technique is ...
Andrew Pitts' framework of relational properties of domains is a powerful method for defining predic...
1 Introduction 2 1 Background 7 1.1 Some questions about the theory of domains : : : : : : : : : : ...
AbstractThis paper aims to make the following main contribution: to show how to use the concrete nat...
AbstractThis paper introduces prime information systems. Prime information systems determine dI-doma...
AbstractIn the theory of denotational semantics of programming languages Dedekind-complete, algebrai...
AbstractThis paper establishes a method of constructing a recursion equation set computing a given l...
A definition of the notion of an effectively given continuous cpo is provided. The importance of the...
A definition of the notion of an effectively given continuous cpo is provided. The importance of the...
This paper introduces stable information systems. Stable information systems determine DI-domains a...
Solving recursive domain equations is one of the main concerns in the denotational semantics of prog...
This paper shows the use of partial-order program clauses and lattice domains for declarative progra...
AbstractIn the theory of denotational semantics of programming languages, we study event structures ...
AbstractA definition of the notion of an effectively given continuous cpo is provided. The importanc...
AbstractIn this paper, some classical constructions for continuous information systems in a more gen...
AbstractAn algebraic technique for reasoning about recursive programs is proposed. The technique is ...
Andrew Pitts' framework of relational properties of domains is a powerful method for defining predic...
1 Introduction 2 1 Background 7 1.1 Some questions about the theory of domains : : : : : : : : : : ...
AbstractThis paper aims to make the following main contribution: to show how to use the concrete nat...
AbstractThis paper introduces prime information systems. Prime information systems determine dI-doma...
AbstractIn the theory of denotational semantics of programming languages Dedekind-complete, algebrai...
AbstractThis paper establishes a method of constructing a recursion equation set computing a given l...
A definition of the notion of an effectively given continuous cpo is provided. The importance of the...
A definition of the notion of an effectively given continuous cpo is provided. The importance of the...
This paper introduces stable information systems. Stable information systems determine DI-domains a...
Solving recursive domain equations is one of the main concerns in the denotational semantics of prog...
This paper shows the use of partial-order program clauses and lattice domains for declarative progra...
AbstractIn the theory of denotational semantics of programming languages, we study event structures ...
AbstractA definition of the notion of an effectively given continuous cpo is provided. The importanc...
AbstractIn this paper, some classical constructions for continuous information systems in a more gen...
AbstractAn algebraic technique for reasoning about recursive programs is proposed. The technique is ...
Andrew Pitts' framework of relational properties of domains is a powerful method for defining predic...
1 Introduction 2 1 Background 7 1.1 Some questions about the theory of domains : : : : : : : : : : ...