Examples of using Halting problem in English and their translations into Portuguese
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This is related to the halting problem.
Thus, the halting problem would be solved for pp.
It is the distributional bounded halting problem.
Hence, the halting problem is undecidable for Turing machines.
This last question is called the halting problem.
People also translate
The halting problem is therefore called non-computable or undecidable.
A key example is 0′,the degree of the halting problem.
It is easy to prove that the halting problem is NP-hard but not NP-complete.
The domain is always Turing equivalent to the halting problem.
He is well known for the Halting problem, Turing machines, crypto-analysis of Enigma& Turing test.
At present the theory is limited by incomputability the halting problem.
It is Turing equivalent to the halting problem and thus at level formula_12 of the arithmetical hierarchy.
The Turing jump of a set"A" is a form of the Halting problem relative to"A.
The halting problem is not in ExpGenP for any model of Turing machine, The Post correspondence problem is in ExpGenP.
We have previously shown, however, that the halting problem is undecidable.
However, the halting problem, determining whether an arbitrary Turing machine halts on a given input, is itself an undecidable problem. .
The Turing jump 0′ of the empty set is Turing equivalent to the halting problem.
His argument is fundamental in the solution of the Halting problem and the proof of Gödel's first incompleteness theorem.
Even more difficult are the undecidable problems, such as the halting problem.
Although the halting problem is not computable, it is possible to simulate program execution and produce an infinite list of the programs that do halt. .
An example of a problem a Turing machine cannot solve is the halting problem.
By the halting problem, it is impossible to predict whether an arbitrary computational system implements any input-output function, including, say, simple multiplication Rice 1953.
Not every set that is Turing equivalent to the halting problem is a halting probability.
Any such tree has a path computable from formula_17,the canonical Turing complete set that can decide the halting problem.
The following example shows how to use reduction from the halting problem to prove that a language is undecidable.
This creates a hierarchy of machines, each with a morepowerful halting oracle and an even harder halting problem.
For example, the conventional proof of the unsolvability of the halting problem is essentially a diagonal argument.
Any such tree has a path computable from 0′{\displaystyle 0'},the canonical Turing complete set that can decide the halting problem.
Causality Circular reporting Halting problem Nested function Regress argument Self-reference There's a hole in the bucket Terry A. Osborn, The future of foreign language education in the United States, pp.31-33, Greenwood Publishing Group, 2002 ISBN 0-89789-719-6.
It also contains some undecidable problems, such as the unary version of every undecidable problem, including the halting problem.
