The model of recursive functions in 1934–1936 was a deductive formal system. In 1936, Turing and in 1944, Post introduced more intuitive models of Turing machines and generational systems. When they both died prematurely in 1954, their informal approach was replaced again by the very formal Kleene T-predicate for another decade. By 1965, researchers could no longer read the papers. A second wave of intuition arose with the book by Rogers and Lachlan’s revealing papers. A third wave of intuition has arisen from 1996 to the present with a return to the original meaning of computability in the sense of Turing and Gödel, and a return of ‘recursive ’ to its original meaning of ‘inductive ’ and the founding of Computability in Europe by Cooper an...
The early 1930s were bad years for the worldwide economy, but great years for what would even-tually...
This Turing Year has been the occasion for lively debates about the nature of computing. Are we on t...
AbstractI explore the conceptual foundations of Alan Turing's analysis of computability, which still...
Broad in coverage, mathematically sophisticated, and up to date, this book provides an introduction ...
This research is about operational- and complexity-oriented aspects of classical foundations of com-...
The importance of algorithms is now recognized in all mathematical sciences, thanks to the developm...
This book covers the almost eighty years from Turing's seminal paper of 1936 to the present and focu...
Computability Theory: An Introduction provides information pertinent to the major concepts, construc...
Ranging from Alan Turing's seminal 1936 paper to the latest work on Kolmogorov complexity and linear...
We investigate Turing’s contributions to computability theory for real numbers and real functions p...
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...
1936 was a watershed year for computability. Debates among Gödel, Church and others over the correct...
The paper focuses on some logical and epistemological aspects of the notion of computation. The firs...
This book provides an overview of the confluence of ideas in Turing’s era and work and examines the ...
The early 1930s were bad years for the worldwide economy, but great years for what would even-tually...
This Turing Year has been the occasion for lively debates about the nature of computing. Are we on t...
AbstractI explore the conceptual foundations of Alan Turing's analysis of computability, which still...
Broad in coverage, mathematically sophisticated, and up to date, this book provides an introduction ...
This research is about operational- and complexity-oriented aspects of classical foundations of com-...
The importance of algorithms is now recognized in all mathematical sciences, thanks to the developm...
This book covers the almost eighty years from Turing's seminal paper of 1936 to the present and focu...
Computability Theory: An Introduction provides information pertinent to the major concepts, construc...
Ranging from Alan Turing's seminal 1936 paper to the latest work on Kolmogorov complexity and linear...
We investigate Turing’s contributions to computability theory for real numbers and real functions p...
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...
1936 was a watershed year for computability. Debates among Gödel, Church and others over the correct...
The paper focuses on some logical and epistemological aspects of the notion of computation. The firs...
This book provides an overview of the confluence of ideas in Turing’s era and work and examines the ...
The early 1930s were bad years for the worldwide economy, but great years for what would even-tually...
This Turing Year has been the occasion for lively debates about the nature of computing. Are we on t...
AbstractI explore the conceptual foundations of Alan Turing's analysis of computability, which still...