Examples of 'classical computer' in a sentence
Meaning of "classical computer"
classical computer: The phrase 'classical computer' often refers to traditional computers based on classical physics principles, as opposed to quantum computers that operate using quantum mechanical phenomena for data processing
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- A computer which is not a quantum computer, nor enjoys any other sort of (yet unknown) mechanism for transcending known computer science; a computer which can be modelled by a deterministic Turing machine
How to use "classical computer" in a sentence
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classical computer
A classical computer has a memory made up of bits.
We know that the information stored in a classical computer.
Classical computer games become an immersive experience.
Faster than a classical computer.
A classical computer is very fast.
It is similar to the three bits repetition code in a classical computer.
The classical computer examines the bits one by one.
The second problem is if a classical computer would do the same job.
A classical computer can hold only one of those patterns at a time.
The machine itself was limited to an operating system running on a classical computer.
Using a classical computer.
It speeds up the quantum computer much faster than a classical computer.
Or a classical computer.
There are a couple of major contrasts between a quantum computer and a classical computer.
A classical computer bit is either on or off, one or two.
See also
All problems which can be solved on a quantum computer can be solved on a classical computer.
A classical computer would require a petabyte-scale memory to store that number.
Most tools available for researchers at the moment rely on classical computer vision methods.
A classical computer would require a petabyte-scale memory to store that many.
Provide students with basic knowledge on various concepts of classical computer and network security paradigms.
Besides these, classical computer interfaces such as USB, SATA and PCI Express are also defined.
Prime factorization is a particular calculation that a quantum computer can perform faster than a classical computer.
However, in the majority of cases, a classical computer would still be the best choice.
Modha gave an analogy to explain how the brainlike chip differs from a classical computer chip.
Diff essentially solves the classical computer science problem of finding the longest common subsequence ( LCS ).
That 's a fairly simple problem to solve on a classical computer too.
A classical computer uses 0s and 1s to store data.
To treat the data thrown by a quantum computer, a classical computer will always be necessary.
A classical computer employs bits-binary digits, either zero or one-to process and store information.
Therefore, the obvious approach to simulate such a system requires exponential time on a classical computer.
The ability for a quantum computer to outperform a classical computer is called “ quantum supremacy . ”.
So, it is the classical computer information unit called ‘ bit '.
Abstract, 3D reconstruction of an unknown scene is a classical computer vision problem.
Romain Alléaume, In classical computer science, information is encoded in bits, 1 or 0.
Self-driving cars are controlled by classical computer algorithms ( if-then rules ).
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