Examples of using Pseudorandom in English and their translations into Ukrainian
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Colloquial
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Ecclesiastic
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Computer
The pseudorandom numbers will change with change of world space position.
This is accomplished by one or more Pseudorandom number generators.
Pseudorandom functions are not to be confused with pseudorandom generators(PRGs).
On new key exchange multivariate protocols based on pseudorandom walks on incidence structures.
Pseudorandom functions are vital tools in the construction of cryptographic primitives, especially secure encryption schemes.
A GPS signal contains three different bits of information? a pseudorandom code, ephemeris data and almanac data.
Asynchronous CDMA has some level of privacybuilt in because the signal is spréad using a pseudorandom code;
The use of a pseudorandom number generator is often not sufficient to ensure that players are unable to predict the outcome of a shuffle.
This is in contrast to the regular Monte Carlo method or Monte Carlo integration,which are based on sequences of pseudorandom numbers.
Often this is done by first building a cryptographically secure pseudorandom number generator and then using its stream of random bytes as keystream.
Doing several rounds, each bit changes several times back and forth, therefore, by the end,the ciphertext has changed completely, in a pseudorandom manner.
In cryptographic devices, the pseudorandom noise pattern is determined by a key and the repetition period can be very long, even millions of digits.
This misconception began to fade in 2013 after whistleblowing revealed that the Dual EC DRBG is a cryptovirologyattack that covertly leaks the internal state of the pseudorandom number generator Cryptovirology was born in academia.
In cryptography, pseudorandom noise(PRN) is a signal similar to noise which satisfies one or more of the standard tests for statistical randomness.
Basically, given the key and the nonce, it will generate a very long, well,a long pseudorandom sequence, as long as necessary. And it will do it by using this function that I will denote by.
Quasi-Monte Carlo uses a low-discrepancy sequence such as the Halton sequence, the Sobol sequence, or the Faure sequence,whereas Monte Carlo uses a pseudorandom sequence.
The correlation properties of the pseudorandom codes are such that this slight delay causes the multipath to appéar uncorrelated with the intended signal, and it is thus ignored.
In one embodiment, the AP 104 may decrement the change sequence field 440,change the change sequence field 440 to a random or pseudorandom number, or otherwise modify the change sequence field 440 when the configuration of the AP 104 changes.
Application of any sensors of pseudorandom numbers for creation of private keys leads to reduction of actual space of keys and, eventually, to degradation of level cryptographic strength of all system.
Analytical expressions for average probability calculation of bit error in the channels with Rayleigh fading, fluctuating noise and jamming for MIMO systems with extendedsignals spectrum are obtained with the use of pseudorandom working frequency tuning.
This does not mean real randomness, that is,unpredictability- most pseudorandom random number generators that are not unpredictable, while being statistically random.
They found that the Halton sequence performs best for dimensions up to around 6; the Sobol sequence performs best for higher dimensions; and the Faure sequence, while outperformed by the other two,still performs better than a pseudorandom sequence.
When used with asymmetric ciphers for key transfer, pseudorandom key generators are nearly always used to generate the symmetric cipher session keys.
Uses of Monte Carlo methods require large amounts of random numbers,and it was their use that spurred the development of pseudorandom number generators, which were far quicker to use than the tables of random numbers that had been previously used for statistical sampling.
Each participant then locally feeds this shared master secret into a pseudorandom number generator, in order to produce as many shared"coin flips" as desired to allow an anonymous sender to transmit multiple bits of information.
The ranging codes are also called chipping codes(in reference to CDMA/DSSS), pseudorandom noise and pseudorandom binary sequences(in reference to the fact that it is predictable, but statistically it resembles noise).