Examples of 'classical computers' in a sentence
Meaning of "classical computers"
classical computers - Refers to traditional computers that use binary code and operate based on classical physics principles
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- plural of classical computer
How to use "classical computers" in a sentence
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classical computers
Classical computers going to be around for a long time.
This assumption is valid for classical computers.
Classical computers process data in the form of bits.
This is a difficult task for classical computers.
Classical computers and quantum computers are indeed that different.
The computers we use are classical computers.
Classical computers think in “ bits ”, which can have a value of either 0 or 1.
We experience the benefits of classical computers every day.
Quantum computing represents a new paradigm in information processing that may complement classical computers.
There are certain reactions that classical computers have difficulty simulating.
We think of quantum computers working together with classical computers.
Problems which are undecidable using classical computers remain undecidable using quantum computers.
A demonstration of quantum supremacy on classical computers.
This is analogous to connecting several classical computers to form a computer cluster in classical computing.
This allows quantum computers to potentially be thousands of times faster than classical computers.
See also
Virtualization of classical computers.
But there are problems that are mathematically hard for even the best classical computers.
Quantum computers are being built to work with classical computers to potentially solve these problems.
That will avoid the massive computational overhead required to simulate quantum dynamics on classical computers.
There are a few problems that classical computers will not ever have the ability to address.
And so quantum computers use this weirdness to compute in ways that classical computers can not.
In practice quantum computers and classical computers will likely work hand-in-hand.
Explore large and unsorted databases that had previously been virtually impenetrable using classical computers.
However, modeling quantum systems on classical computers is notoriously difficult.
But University of Melbourne physicists have shown there is plenty of life yet in classical computers.
Quantum computers will not replace classical computers for decades, if ever.
Quantum Advantage refers to the point where quantum applications deliver significant advantages to classical computers.
We can not do it with classical computers.
In theory, quantum computers could outstrip the computational limits of classical computers.
However, there are sure issues that classical computers can merely ne'er be ready to solve.
The simulation 's results matched the output of simulations performed on classical computers.
As long as quantum circuits remain small, classical computers can keep pace.
However, there are two big problems looming on the horizon for classical computers.
Provided that quantum circuits continue being small, classical computers may keep pace.
A binary digit, characterized as 0 and 1, is used to represent information in classical computers.
Quantum computers are fundamentally different from transistor-based classical computers that use binary ( 0/1 ) logic.
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Examples of using Computers
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The missing computers are a matter of national security
I find it best not to argue with computers
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