Add to ORKGDoctoralIn this talk I will review the positions of Church and Post on computability, contrast them with Turing's and explain why their models have had an important impact on early programming practices (in contrast to Turing's)
Half a century after the emergence of computer science (a.k.a. informatics) as an academic disciplin...
It all started with a machine. In 1936, Turing developed his theoretical com-putational model. He ba...
In 1936 Turing gave his answer to the question ”What is a computable number? ” by constructing his n...
DoctoralIn this talk I will review the positions of Church and Post on computability, contrast them ...
Turing Machine is one of the earliest device in programming to describe or interpret a model for alg...
This book provides an overview of the confluence of ideas in Turing’s era and work and examines the ...
This Turing Year has been the occasion for lively debates about the nature of computing. Are we on t...
The importance of algorithms is now recognized in all mathematical sciences, thanks to the developm...
1936 was a watershed year for computability. Debates among Gödel, Church and others over the correct...
The conventional wisdom presented in most computability books and historical papers is that there we...
In the 1930s, Turing suggested his abstract model for a practical computer, hypothetically visualizi...
There are various equivalent formulations of the Church-Turing thesis. A common one is that every ef...
Turing's beautiful capture of the concept of computability by the "Turing machine" linked computabil...
We analyze whether Church-Turing thesis can be applied to mathematical and physical systems. We find...
This book covers the almost eighty years from Turing's seminal paper of 1936 to the present and focu...
Half a century after the emergence of computer science (a.k.a. informatics) as an academic disciplin...
It all started with a machine. In 1936, Turing developed his theoretical com-putational model. He ba...
In 1936 Turing gave his answer to the question ”What is a computable number? ” by constructing his n...
DoctoralIn this talk I will review the positions of Church and Post on computability, contrast them ...
Turing Machine is one of the earliest device in programming to describe or interpret a model for alg...
This book provides an overview of the confluence of ideas in Turing’s era and work and examines the ...
This Turing Year has been the occasion for lively debates about the nature of computing. Are we on t...
The importance of algorithms is now recognized in all mathematical sciences, thanks to the developm...
1936 was a watershed year for computability. Debates among Gödel, Church and others over the correct...
The conventional wisdom presented in most computability books and historical papers is that there we...
In the 1930s, Turing suggested his abstract model for a practical computer, hypothetically visualizi...
There are various equivalent formulations of the Church-Turing thesis. A common one is that every ef...
Turing's beautiful capture of the concept of computability by the "Turing machine" linked computabil...
We analyze whether Church-Turing thesis can be applied to mathematical and physical systems. We find...
This book covers the almost eighty years from Turing's seminal paper of 1936 to the present and focu...
Half a century after the emergence of computer science (a.k.a. informatics) as an academic disciplin...
It all started with a machine. In 1936, Turing developed his theoretical com-putational model. He ba...
In 1936 Turing gave his answer to the question ”What is a computable number? ” by constructing his n...