We discuss the formalization, in the Matita Theorem Prover, of basic results on multi-tapes Turing machines, up to the existence of a (certified) Universal Machine, and propose it as a natural benchmark for comparing different interactive provers and assessing the state of the art in the mechanization of formal reasoning. The work is meant to be a preliminary step towards the creation of a formal repository in Complexity Theory, and is a small piece in our long-term Reverse Complexity program, aiming to a comfortable, machine independent axiomatization of the field
AbstractLet UTM(m, n) be the class of universal Turing machine with m states and n symbols. Universa...
Sources that generate symbolic sequences with algorithmic nature may differ in statistical complexit...
The amount of storage needed to simulate a nondeterministic tape bounded Turingmachine on a determin...
We discuss the formalization, in the Matita Theorem Prover, of basic results on multi-tapes Turing m...
none2noWe discuss the formalization, in the Matita Theorem Prover, of a few, basic results on Turing...
Interactive theorem provers are tools designed for the certification of formal proofs developed by m...
AbstractThis paper studies the classification of recursive sets by the number of tape reversals requ...
Several classes of multihead and auxiliary stack automata are introduced and are used to characteriz...
The number of tape reversals required for the recognition of a set of inputs by a 1-tape Turing mach...
This paper interprets work on understanding the actions of Turing machines operating on an initially...
Let L be a language recognized by a nondeterministic (single-tape) Turing machine of time complexity...
none1noReverse Complexity is a long term research program aiming at discovering the abstract, logica...
This paper is a report about the use of Matita, an interactive theorem prover under development at t...
Turing Machines and Markov Algorithms are, and were designed to be, the most powerful devices possib...
In this paper we present the problems previously encountered in the academic literature related to T...
AbstractLet UTM(m, n) be the class of universal Turing machine with m states and n symbols. Universa...
Sources that generate symbolic sequences with algorithmic nature may differ in statistical complexit...
The amount of storage needed to simulate a nondeterministic tape bounded Turingmachine on a determin...
We discuss the formalization, in the Matita Theorem Prover, of basic results on multi-tapes Turing m...
none2noWe discuss the formalization, in the Matita Theorem Prover, of a few, basic results on Turing...
Interactive theorem provers are tools designed for the certification of formal proofs developed by m...
AbstractThis paper studies the classification of recursive sets by the number of tape reversals requ...
Several classes of multihead and auxiliary stack automata are introduced and are used to characteriz...
The number of tape reversals required for the recognition of a set of inputs by a 1-tape Turing mach...
This paper interprets work on understanding the actions of Turing machines operating on an initially...
Let L be a language recognized by a nondeterministic (single-tape) Turing machine of time complexity...
none1noReverse Complexity is a long term research program aiming at discovering the abstract, logica...
This paper is a report about the use of Matita, an interactive theorem prover under development at t...
Turing Machines and Markov Algorithms are, and were designed to be, the most powerful devices possib...
In this paper we present the problems previously encountered in the academic literature related to T...
AbstractLet UTM(m, n) be the class of universal Turing machine with m states and n symbols. Universa...
Sources that generate symbolic sequences with algorithmic nature may differ in statistical complexit...
The amount of storage needed to simulate a nondeterministic tape bounded Turingmachine on a determin...