-- в определенном интервале с определенным распределением --
Они утверждают, что - нет.
When designing a random number generator, it is thus a natural choice to take advantage of this intrinsic randomness and to resort to the use of a quantum process as source of randomness. Formally, quantum random number generators are the only true random number generators. Although this observation may be important in certain cases, quantum random number generators have other advantages. This intrinsic randomness of quantum physics allows selecting a very simple process as source of randomness. This implies that such a generator is easy to model and its functioning can be monitored in order to confirm that it operating properly and is actually producing random numbers. Contrary to the case where classical physics is used as the source of randomness and where determinism is hidden behind complexity, one can say that with quantum physics randomness is revealed by simplicity.
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Date: 2010-11-03 06:33 pm (UTC)Они утверждают, что - нет.
When designing a random number generator, it is thus
a natural choice to take advantage of this intrinsic
randomness and to resort to the use of a quantum
process as source of randomness. Formally, quantum
random number generators are the only true random
number generators. Although this observation may be
important in certain cases, quantum random number
generators have other advantages. This intrinsic
randomness of quantum physics allows selecting a
very simple process as source of randomness. This
implies that such a generator is easy to model and its
functioning can be monitored in order to confirm that
it operating properly and is actually producing random
numbers. Contrary to the case where classical physics
is used as the source of randomness and where
determinism is hidden behind complexity, one can say
that with quantum physics randomness is revealed by
simplicity.
http://www.idquantique.com/images/stories/PDF/quantis-random-generator/quantis-whitepaper.pdf