© Published under licence by IOP Publishing Ltd.In this paper a novel family of generators producing true uniform random numbers in ternary logic is presented. The generator consists of a number of identical ternary logic combinational units connected into a ring. All the units are provided to have a random delay time, and this time is supposed to be distributed in accordance with an exponential distribution. All delays are supposed to be independent events. The theory of the generator is based on Erlang equations. The generator can be used for test production in various systems. Features of multidimensional random vectors, produced by the generator, are discussed
Abstract—Random numbers play a key role in applications such as industrial simulations, laboratory e...
International audienceSelf-timed rings are oscillators in which several events can evolve evenly-spa...
Abstract — The necessity of random number generators is found in numerous applications like simulati...
© Published under licence by IOP Publishing Ltd.In this paper a novel family of generators producing...
© Published under licence by IOP Publishing Ltd.In this paper a novel family of generators producing...
© Published under licence by IOP Publishing Ltd.In this paper a novel family of generators producing...
© 2018 IEEE. Asynchronous combinational circuits with feedback containing linear units over GF(3) ar...
© 2018 IEEE. Asynchronous combinational circuits with feedback containing linear units over GF(3) ar...
The proposed true random number generator (TRNG) exploits the jitter of events propagating in a self...
The proposed true random number generator (TRNG) exploits the jitter of events propagating in a self...
The proposed true random number generator (TRNG) exploits the jitter of events propagating in a self...
Memory based ternary physical unclonable functions contain cells with fuzzy states that are exploite...
International audienceSelf-timed rings are oscillators in which several events can evolve evenly-spa...
International audienceSelf-timed rings are oscillators in which several events can evolve evenly-spa...
We briefly overview the design principles, implementation techniques, and empirical testing of unifo...
Abstract—Random numbers play a key role in applications such as industrial simulations, laboratory e...
International audienceSelf-timed rings are oscillators in which several events can evolve evenly-spa...
Abstract — The necessity of random number generators is found in numerous applications like simulati...
© Published under licence by IOP Publishing Ltd.In this paper a novel family of generators producing...
© Published under licence by IOP Publishing Ltd.In this paper a novel family of generators producing...
© Published under licence by IOP Publishing Ltd.In this paper a novel family of generators producing...
© 2018 IEEE. Asynchronous combinational circuits with feedback containing linear units over GF(3) ar...
© 2018 IEEE. Asynchronous combinational circuits with feedback containing linear units over GF(3) ar...
The proposed true random number generator (TRNG) exploits the jitter of events propagating in a self...
The proposed true random number generator (TRNG) exploits the jitter of events propagating in a self...
The proposed true random number generator (TRNG) exploits the jitter of events propagating in a self...
Memory based ternary physical unclonable functions contain cells with fuzzy states that are exploite...
International audienceSelf-timed rings are oscillators in which several events can evolve evenly-spa...
International audienceSelf-timed rings are oscillators in which several events can evolve evenly-spa...
We briefly overview the design principles, implementation techniques, and empirical testing of unifo...
Abstract—Random numbers play a key role in applications such as industrial simulations, laboratory e...
International audienceSelf-timed rings are oscillators in which several events can evolve evenly-spa...
Abstract — The necessity of random number generators is found in numerous applications like simulati...