Recursive domain equations have natural solutions. In particular there aredomains defined by strictly positive induction. The class of countably baseddomains gives a computability theory for possibly non-countably basedtopological spaces. A $ qcb_{0} $ space is a topological space characterized byits strong representability over domains. In this paper, we study strictlypositive inductive definitions for $ qcb_{0} $ spaces by means of domainrepresentations, i.e. we show that there exists a canonical fixed point ofevery strictly positive operation on $qcb_{0} $ spaces.Comment: 48 pages. Accepted for publication in Logical Methods in Computer Scienc
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Countably based filter spaces have been suggested in the 1970's as a model for recursion theory on h...
AbstractThis paper contributes towards establishing the category QCB, of topological quotients of co...
In this paper we show that three major classes of topological spaces are domain-representable, i.e.,...
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This paper contributes towards establishing the category QCB, of topological quotients of count-ably...
In this paper we show that three major classes of topological spaces are domain-representable, i.e.,...
By using some classical reasoning we show that any countably presented inductively generated formal ...
Abstract: We survey a family of interrelated open questions that link clas-sical completeness theori...
AbstractBased on the observation that the category of concept spaces with the positive information t...
AbstractWe show that metric spaces and continuous functions between them are domain representable us...
We consider a topological space with its subbase which induces a coding foreach point. Every second-...
A domain representation of a topological space X consists of a domain D, a subset DR ⊆ D and a conti...
AbstractWe give a new definition of admissible representations which allows to handle also non count...
Countably based filter spaces have been suggested in the 1970's as a model for recursion theory on h...
AbstractThis paper contributes towards establishing the category QCB, of topological quotients of co...
In this paper we show that three major classes of topological spaces are domain-representable, i.e.,...
We propose acategory of topological spaces that promises to be convenient for the purposes of domain...
AbstractLet Cp(X) be the space of all continuous real-valued functions on a space X, with the topolo...
AbstractThis paper continues the study of the general theory, begun in [4], of semantic domains base...
This paper contributes towards establishing the category QCB, of topological quotients of count-ably...
In this paper we show that three major classes of topological spaces are domain-representable, i.e.,...
By using some classical reasoning we show that any countably presented inductively generated formal ...
Abstract: We survey a family of interrelated open questions that link clas-sical completeness theori...
AbstractBased on the observation that the category of concept spaces with the positive information t...
AbstractWe show that metric spaces and continuous functions between them are domain representable us...