Computable Linear Orders and the Ershov Hierarchy© 2018, Allerton Press, Inc. We give the collection of relations on
computable linear orders Computable linear orders and products with the property that given any countable
linear order, is a
computable linear order iff is a
computable linear Initial segments of computable linear orders with additional computable predicatesWe study
computable linear orders with
computable neighborhood and block predicates. In particular
Low linear orderings construct a
computable presentation of any low weakly η-like
linear ordering with no strongly η
Ranges of η-functions of η-like linear orderingsWe completely describe ranges of η-functions of η-like
linear orderings without
computable Computability on linear orderings enriched with predicatesLet L be a quasidiscrete
linear ordering. We specify some conditions for the existence of a
Scattered linear orderings with no computable presentationIn this paper we construct a low2 scattered
linear orderings with no
computable presentation
Initial segments of computable linear orders with additional computable predicatesWe study
computable linear orders with
computable neighborhood and block predicates. In particular
Presentations of the successor relation of computable linear ordering-like or non-η-like
computable linear orderings is closed upwards in the class of all
computably enumerable
Linear Orderings of Low DegreeWe consider the class of so-called k-quasidiscrete
linear orderings, show that every k