Examples of using Turing machine in English and their translations into Portuguese
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The language consisting of all Turing machine descriptions paired with all possible input streams on which those Turing machines will eventually halt, is not recursive.
M′⊆ M{\displaystyle M'\subseteq M} The tape alphabet of a one-track Turing machine equivalent to a two-track Turing machine consists of an ordered pair.
The difference lies only with the ability of a Turing machine to manipulate an unbounded amount of data.
If the supply of these runs short, the Turing machine may become less useful as a model.
We solve this problem by introducing a k-string Turing machine with input and output.
A deterministic Turing machine is the most basic Turing machine, which uses a fixed set of rules to determine its future actions.
It turns out that allowing the Turing machine to be nondeterministic does not add any extra power.
Smith's proof has unleashed a debate on the precise operational conditions a Turing machine must satisfy in order for it to be candidate universal machine. .
When this Turing machine has a running time polynomial in n,
The decision problem of whether the Turing machine with index e will halt on every input is not decidable.
built around a Turing machine equipped with a rapidly increasing function as its oracle.
The set of indices of total Turing machines==The decision problem of whether the Turing machine with index"e" will halt on every input is not decidable.
The Turing machine was an abstraction of the operation of a tape-marking machine,
Smith first constructed a sequence of rule systems showing that the(2,3) Turing machine is capable of arbitrary finite computations.
Gold showed that any language which is defined by a Turing machine program can be learned in the limit by another Turing-complete machine using enumeration.
As the Turing Machine was encouraging the construction of computers,
Second, there are types of computations which do not conform to the Turing machine model on which P and NP are defined,
We say that a Turing machine can decide a language if it eventually will halt on all inputs
This is because a Turing machine program can be written to mimic any program in any conventional programming language.
or universal Turing machine theorem, is a basic result about Gödel numberings of the set of computable functions.