AbstractThis is a survey of results about versions of fine hierarchies and many-one reducibilities that appear in different parts of theoretical computer science. These notions and related techniques play a crucial role in understanding complexity of finite and infinite computations. We try not only to present the corresponding notions and facts from the particular fields but also to identify the unifying notions, techniques and ideas
AbstractThis paper discusses the structure of sort (or is-a) hierarchies. The effect of different ki...
This master thesis investigate space complexity theory, with the motivation of developing a degree t...
This paper defines natural hierarchies of function and relation classes, constructed from parallel c...
AbstractThis is a survey of results about versions of fine hierarchies and many-one reducibilities t...
AbstractHierarchies considered in computability theory and in complexity theory are related to some ...
The concept of a reduction between subsets of a given space is described, giving rise to various com...
We investigate the relative complexity of mathematical constructions and theorems using the framewor...
The article surveys recent results in the study of topological complexity of recognizable tree langu...
This monograph presents recursion theory from a generalized and largely global point of view. A majo...
This thesis is devoted to the exploration of the complexity of some mathematical problems using the ...
© 2019 Elsevier B.V. In the late 1980s, Selivanov used typed Boolean combinations of arithmetical se...
AbstractWe show how Abstract Complexity Theory is related to the degrees of unsolvability and develo...
We begin by proving that the class of problems accepted by the program schemes of NPS is exactly the...
AbstractThe concept of reducibility in recursive function theory and computational complexity theory...
This paper considers a number of arithmetic theories and shows how the strength of these theories re...
AbstractThis paper discusses the structure of sort (or is-a) hierarchies. The effect of different ki...
This master thesis investigate space complexity theory, with the motivation of developing a degree t...
This paper defines natural hierarchies of function and relation classes, constructed from parallel c...
AbstractThis is a survey of results about versions of fine hierarchies and many-one reducibilities t...
AbstractHierarchies considered in computability theory and in complexity theory are related to some ...
The concept of a reduction between subsets of a given space is described, giving rise to various com...
We investigate the relative complexity of mathematical constructions and theorems using the framewor...
The article surveys recent results in the study of topological complexity of recognizable tree langu...
This monograph presents recursion theory from a generalized and largely global point of view. A majo...
This thesis is devoted to the exploration of the complexity of some mathematical problems using the ...
© 2019 Elsevier B.V. In the late 1980s, Selivanov used typed Boolean combinations of arithmetical se...
AbstractWe show how Abstract Complexity Theory is related to the degrees of unsolvability and develo...
We begin by proving that the class of problems accepted by the program schemes of NPS is exactly the...
AbstractThe concept of reducibility in recursive function theory and computational complexity theory...
This paper considers a number of arithmetic theories and shows how the strength of these theories re...
AbstractThis paper discusses the structure of sort (or is-a) hierarchies. The effect of different ki...
This master thesis investigate space complexity theory, with the motivation of developing a degree t...
This paper defines natural hierarchies of function and relation classes, constructed from parallel c...