Examples of 'pseudorandom' in a sentence
Meaning of "pseudorandom"
pseudorandom (adjective) - appearing or behaving in a manner that resembles randomness, especially in the context of computer algorithms or processes that generate sequences of numbers
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- Of a sequence of numbers, such that it has all the properties of a random sequence following some probability distribution (except true randomness), but is actually generated using a deterministic algorithm.
How to use "pseudorandom" in a sentence
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pseudorandom
Pseudorandom generators have numerous applications in cryptography.
The following algorithms are pseudorandom number generators.
The pseudorandom sequence must eventually repeat.
An important application of pseudorandom strings is stream encryption.
Pseudorandom functions are not to be confused with pseudorandom generators PRGs.
Function rand actually generates pseudorandom numbers.
Random or pseudorandom noise may be employed.
The seed value may be a pseudorandom value.
Also the pseudorandom code may be real or complex.
It is apparently based on a pseudorandom number generator.
Pseudorandom test generation is the simplest method of creating tests.
Cryptographically secure pseudorandom number generators.
See pseudorandom number generator and random number generation.
Cryptographically secure pseudorandom bytes for each packet.
Pseudorandom function is also secure.
See also
Its output is a pseudorandom bit stream.
A pseudorandom algorithm is preferably utilized.
It is not known if cryptographically secure pseudorandom generators exist.
The pseudorandom bits are the output bits of the system.
Method and a device for generating a pseudorandom string.
The keystream is now pseudorandom and so is not truly random.
At least one of these test signals is a pseudorandom signal.
The length before pseudorandom sequence repeats is called the period.
The use of a hash function in particular is a pseudorandom procedure.
Pseudorandom number generator.
You will try pseudorandom things.
Pseudorandom number generators.
This random stopping algorithm is generated by a pseudorandom number generator.
Pseudorandom noise code.
The array pattern may be a substantially pseudorandom array pattern.
Pseudorandom binary sequence.
It also includes a cryptographically secure pseudorandom number generator function CryptGenRandom.
A pseudorandom noise signal is introduced to drive the adaptive equalization process.
Designator applications require a pseudorandom time interval between laser firings.
The one time sector key is encrypted using a pseudorandom key.
Pseudorandom binary sequences can be generated using linear feedback shift registers.
It provides for fast generation of very high quality pseudorandom numbers.
These pseudorandom generators are sometimes called cryptographically secure pseudorandom generators CSPRGs.
One method to generate this constant table is to use a pseudorandom generator.
The pseudorandom number produced is the same at all transmitters and receivers.
This includes probabilistic encryption and cryptographically strong pseudorandom number generation.
Determining the cycle length of a pseudorandom number generator is one measure of its strength.
We could try to fix this by jumping into the world of the pseudorandom.
Some pseudorandom number generators lack necessary entropy to produce sufficiently pseudorandom numbers.
This type of random number generator is often called a pseudorandom number generator.
The list of pseudorandom number generators lists methods for generating independent pseudorandom numbers.
As described previously the spread signal is then spread again by a pseudorandom noise sequence.
The present invention relates to producing pseudorandom strings of symbols belonging to a given alphabet.
Means for inversely mapping the plurality of data streams according to a pseudorandom pattern.
The pseudorandom sequences used for spreading the spectrum are not necessarily binary sequences.
