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The '''Blum–Micali algorithm''' is a [[cryptographically secure pseudorandom number generator]]. The algorithm gets its security from the difficulty of computi ...0. This is equivalent to using one bit of <math>x_i</math> as your random number. It has been shown that <math>n - c - 1</math> bits of <math>x_i</math> can ...

...eger counter as its internal state. They are generally used for generating pseudorandom numbers for large parallel computations. ...orms a series of bits known as the ''state'' into a new state and a random number. ...

'''Gimli''' is a 384-bit cryptographically secure [[pseudorandom permutation]] that can be used to construct a [[hash function]] or [[stream ...nts starting from 24 and when it reaches 24, 20, 16, 12, 8 or 4, the round number or {{Mono|0x9e377900}} is xored into the first word of the state. ...

...the input octet string. The output of a mask generation function should be pseudorandom, that is, if the seed to the function is unknown, it should be infeasible t ...orithm|symmetric-key encryption]], and yielding outputs for [[pseudorandom number generator]]s. ...

...lation and [[Cryptographically secure pseudorandom number generator|random number generation]]. ...ained and 0 otherwise. For <code>RDSEED</code>, failure to obtain a random number will also set the instruction's destination register to 0.}} ...