This book covers the almost eighty years from Turing's seminal paper of 1936 to the present and focuses on two developments during that period. On the one hand, the development of computability theory and complexity theory called for generalizations, restrictions, and other modifications of Turing's original machine. On the other hand, it became clear that recursion theory cannot serve as a foundational analysis of the notion of computable function(al), which has to be accepted as primitive. In different ways, both of these developments contributed to a unified view of logic
This Turing Year has been the occasion for lively debates about the nature of computing. Are we on t...
This book provides an overview of the confluence of ideas in Turing’s era and work and examines the ...
Turing's beautiful capture of the concept of computability by the "Turing machine" linked computabil...
This book covers the almost eighty years from Turing's seminal paper of 1936 to the present and focu...
Ranging from Alan Turing's seminal 1936 paper to the latest work on Kolmogorov complexity and linear...
The importance of algorithms is now recognized in all mathematical sciences, thanks to the developm...
Broad in coverage, mathematically sophisticated, and up to date, this book provides an introduction ...
Computability Theory: An Introduction provides information pertinent to the major concepts, construc...
This research is about operational- and complexity-oriented aspects of classical foundations of com-...
The chapter discusses the concept of Turing-computability from the point of view of mathematical con...
The model of recursive functions in 1934–1936 was a deductive formal system. In 1936, Turing and in ...
The early 1930s were bad years for the worldwide economy, but great years for what would even-tually...
It all started with a machine. In 1936, Turing developed his theoretical com-putational model. He ba...
Typing of information played an historical role in bringing consistency to formulations of set theor...
Why do we need a formalization of the notion of algorithm or effective computation? In order to show...
This Turing Year has been the occasion for lively debates about the nature of computing. Are we on t...
This book provides an overview of the confluence of ideas in Turing’s era and work and examines the ...
Turing's beautiful capture of the concept of computability by the "Turing machine" linked computabil...
This book covers the almost eighty years from Turing's seminal paper of 1936 to the present and focu...
Ranging from Alan Turing's seminal 1936 paper to the latest work on Kolmogorov complexity and linear...
The importance of algorithms is now recognized in all mathematical sciences, thanks to the developm...
Broad in coverage, mathematically sophisticated, and up to date, this book provides an introduction ...
Computability Theory: An Introduction provides information pertinent to the major concepts, construc...
This research is about operational- and complexity-oriented aspects of classical foundations of com-...
The chapter discusses the concept of Turing-computability from the point of view of mathematical con...
The model of recursive functions in 1934–1936 was a deductive formal system. In 1936, Turing and in ...
The early 1930s were bad years for the worldwide economy, but great years for what would even-tually...
It all started with a machine. In 1936, Turing developed his theoretical com-putational model. He ba...
Typing of information played an historical role in bringing consistency to formulations of set theor...
Why do we need a formalization of the notion of algorithm or effective computation? In order to show...
This Turing Year has been the occasion for lively debates about the nature of computing. Are we on t...
This book provides an overview of the confluence of ideas in Turing’s era and work and examines the ...
Turing's beautiful capture of the concept of computability by the "Turing machine" linked computabil...