Examples of using Classical computers in English and their translations into Japanese
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The age of classical computers is coming to an end.
Quantum computers will not replace classical computers.
Classical computers process data in the form of bits.
But this is a race classical computers are destined to lose.
Quantum computer is not a replacement for classical computers.
For many problems, classical computers will remain the best tool to use.
Quantum computer is not a replacement for classical computers.
Unlike classical computers which rely on bits that can only exist in one of two states(0 or 1), quantum computers use quantum bits which can exist in multiple states at once.
So, quantum computers are going to complement classical computers.
What would also be required is proving that classical computers are not able to perform the same computation.
Quantum computing could somedayfar surpass the processing power of today's classical computers.
Computer scientists have begun using powerful classical computers to simulate the behavior of quantum computers. .
The systems can be used to study interactions thatare not possible to model using classical computers.
The goal is todevelop systems that are secure against both quantum and classical computers, and that can interoperate with existing communications protocols and networks.
But the new Google devicecan also handle so-called‘non-stoquastic' problems, which classical computers cannot.
Many computational finance problems have a high degree of computational complexity andare slow to converge to a solution on classical computers.
Moreover, the ability to test a system for quantumsupremacy is confounded by the very fact that classical computers can not be used to compare test results.
He explained, is that in order to run complex algorithms on quantum processors,you also need extremely powerful classical computers.
Moreover, the ability to test a system for quantumsupremacy is confounded by the very fact that classical computers cannot be used to compare like to like test results.
NISQ devices are expected to be used in the fields of quantum chemistry and machine learning and are expected to be able to perform high-precision,large-scale calculations that conventional classical computers could not do.
Large-scale quantum computers would theoretically be able tosolve certain problems much quicker than any classical computers that use even the best currently known algorithms.
Quantum computers are not likely to replace classical computers.
Quantum computer is not a replacement for classical computers.
A quantum computer is no substitute for a classical computer.
The comparison between a Classical Computer and a Quantum Computer are explained.
A classical computer cannot easily solve this problem because the representation of all possible states of 50 particles that can be in either of two states requires hundreds of terabytes.
The combination of quantum computer GPU and classical computer CPU that I proposed reflects the combination of analog intuition and digital concept that constitute our mind.
If Kurzweil admits that his digital copy is not himself no matter how it resembles him,he should notice that a digital classical computer cannot transfer his personality.