AbstractWe give a complete characterization of those categories which can arise as the subcategory of total maps of a Turing category. A Turing category provides an abstract categorical setting for studying computability: its (partial) maps may be described, equivalently, as the computable maps of a partial combinatory algebra. The characterization, thus, tells one what categories can be the total functions for partial combinatory algebras. It also provides a particularly easy criterion for determining whether functions, belonging to a given complexity class, can be viewed as the class of total computable functions for some abstract notion of computability
AbstractAlong the lines of classical categorical type theory for total functions, we establish corre...
The purpose of this note is to observe a generalization of the concept "computable in..." to arbitra...
AbstractAn algebraic characterization of monads which are abstract partial map classifiers is provid...
AbstractWe give a complete characterization of those categories which can arise as the subcategory o...
AbstractWe give an introduction to Turing categories, which are a convenient setting for the categor...
The concept of a computable function is quite a well-studied one, however, it is possible to capture...
AbstractThe construction of various categories of “timed sets” is described in which the timing of m...
AbstractThis paper attempts to reconcile the various abstract notions of “category of partial maps” ...
AbstractIn this paper we consider two conceptually different categorical approaches to partiality na...
Partiality is a natural phenomenon in computability that we cannot get around. So, the question is w...
AbstractThis paper explores the fine structure of classifying categories of partial equational theor...
Defining the degree of categoricity of a computable structure M to be the least degree d for which M...
We employ the notions of ‘sequential function’ and ‘interrogation’ (dialogue) in order to define new...
This book is a development of class notes for a two-hour lecture including a two-hour lab held for s...
AbstractIn [7], we presented a completeness theorem for proving partial correctness of programs in a...
AbstractAlong the lines of classical categorical type theory for total functions, we establish corre...
The purpose of this note is to observe a generalization of the concept "computable in..." to arbitra...
AbstractAn algebraic characterization of monads which are abstract partial map classifiers is provid...
AbstractWe give a complete characterization of those categories which can arise as the subcategory o...
AbstractWe give an introduction to Turing categories, which are a convenient setting for the categor...
The concept of a computable function is quite a well-studied one, however, it is possible to capture...
AbstractThe construction of various categories of “timed sets” is described in which the timing of m...
AbstractThis paper attempts to reconcile the various abstract notions of “category of partial maps” ...
AbstractIn this paper we consider two conceptually different categorical approaches to partiality na...
Partiality is a natural phenomenon in computability that we cannot get around. So, the question is w...
AbstractThis paper explores the fine structure of classifying categories of partial equational theor...
Defining the degree of categoricity of a computable structure M to be the least degree d for which M...
We employ the notions of ‘sequential function’ and ‘interrogation’ (dialogue) in order to define new...
This book is a development of class notes for a two-hour lecture including a two-hour lab held for s...
AbstractIn [7], we presented a completeness theorem for proving partial correctness of programs in a...
AbstractAlong the lines of classical categorical type theory for total functions, we establish corre...
The purpose of this note is to observe a generalization of the concept "computable in..." to arbitra...
AbstractAn algebraic characterization of monads which are abstract partial map classifiers is provid...