Examples of 'turing-complete' in a sentence
Meaning of "turing-complete"
turing-complete (adjective): describes a system or programming language that can simulate a Turing machine and perform any computation
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- Alternative spelling of Turing complete.
How to use "turing-complete" in a sentence
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turing-complete
Turing-complete code for developing smart contracts.
Smart contracts with embedded turing-complete language.
Turing-complete language for expression arbitrary analysis tasks.
The underlying idea was the development of a Turing-Complete language, unlike bitcoin.
This is a Turing-complete programming language that makes web pages dynamic.
Ethereum is written in Turing-complete code language.
One interpretation of the language has been proven Turing-complete.
Base instructions form a Turing-complete instruction set.
Because it is able to define languages of such complexity, it is also Turing-complete itself.
Static type checking for Turing-complete languages is inherently conservative.
These restrictions mean that total functional programming is not Turing-complete.
This makes TeX a Turing-complete language even at the expansion level.
Typically, the term universality is tacitly used with respect to a Turing-complete class of systems.
Arithmetic-based Turing-complete machines use an arithmetic operation and a conditional jump.
The need for a structuring convention arises since PostScript is a Turing-complete programming language.
See also
Technical details PostScript is a Turing-complete programming language, belonging to the concatenative group.
Even pure functional languages are Turing-complete.
A Turing-complete system is one which has computational power equivalent to a universal Turing machine.
The scripting language was not Turing-complete.
Many games are Turing-complete by accident.
The source language is usually Turing-complete.
This Turing-complete software runs entirely on the Ethereum network.
Each of the above instructions can be used to construct a Turing-complete OISC.
It allows developers to write Turing-complete code compatible with the Ethereum VM.
A universal Turing machine is Turing-complete.
FRACTRAN is a Turing-complete esoteric programming language invented by the mathematician John Conway.
Nowadays most of the Ethereum smart contracts are made utilizing a Turing-complete programming language named Solidity.
TIOBE indexes only the Turing-complete languages, hence it does not consider SQL and HTML.
Nevertheless, the machine was not quite Turing-complete.
Turing-complete programming language.
Ethereum is Turing-Complete.
It would have been the first mechanical device to be, in principle, Turing-complete.
It is Turing-complete and has the possibility for self-modifying code.
Every effectively simple set, is simple and Turing-complete.
Unlike some other macro processors, m4 is Turing-complete as well as a practical programming language.
Like the two previous universal computers, this class is also Turing-complete.
In general, however, any Turing-complete language allows writing of its own interpreter.
This “ power ” relates to their belonging to the set of Turing-complete languages.
These smart contracts, written with a Turing-complete language, can execute automatically without a central authority.
Wireworld is particularly suited to simulating electronic logic elements, or " gates ", and Wireworld is Turing-complete.
All known Turing-complete systems are Turing equivalent, which adds support to the Church-Turing thesis.
Codius, by contrast, allows developers to use any Turing-complete language they prefer.
ENIAC combined full, Turing-complete programmability with electronic speed.
Some rewrite systems are Turing-complete.
If the Analytical Engine had been built, it would have been digital, programmable and Turing-complete.
Pure Prolog is restricted to Horn clauses, a Turing-complete subset of first-order predicate logic.
In contrast to highly specialized DSLs, DASL is Turing-complete.
To rectify Bitcoin 's weaknesses, Ethereum establishes a Turing-complete virtual machine capability on a world-wide computer.
Pure Prolog is based on a subset of first-order predicate logic, Horn clauses, which is Turing-complete.
They are all Turing-complete.
