harmony
发表于 2025-3-30 08:44:54
Anna Kamińska,Agnieszka Parkitna,Małgorzata Rutkowska,Arkadiusz Górski,Zofia Wilimowskasumptions about the security of the underlying trapdoor function. Hence we propose two new, simple methods for constructing a KEM where the security of the KEM is based on weak assumptions about the underlying function. Lastly we propose a new KEM based on the Rabin function that is both efficient a
PLE
发表于 2025-3-30 13:32:40
Aldona Dereń,Danuta Seretna-Sałamaj,Jan Skoniecznyhat they often provide a good trade-o. between error-control power and complexity of decoding. The rate of a random error-control block array code, such as a product code, for example (classical product codes form a sub-class of array codes), is usually less than that of the best available alternati
savage
发表于 2025-3-30 17:30:24
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斑驳
发表于 2025-3-30 21:13:07
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Prologue
发表于 2025-3-31 01:25:53
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伦理学
发表于 2025-3-31 06:06:20
Maciej Romaniukf the algorithm, since neither is there a need to know the noise power variance of the channel, nor to perform complex and costly mathematical operations like exponentiations, quotients and products at that step. This complexity reduction is especially important for practical implementations of the
EXULT
发表于 2025-3-31 11:36:22
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Agnosia
发表于 2025-3-31 14:04:38
Sebastian Klaudiusz Tomczakin particular entirely practical. Our approach is based on universal accumulators, which nicely fit to the underlying paradigm. Thereby, in contrast to existing accumulator-based revocation approaches, we do not require complex zero-knowledge proofs of knowledge (ZKPKs) to demonstrate the possession
描绘
发表于 2025-3-31 19:05:01
Mariusz Czekała,Agnieszka Bukietyńska,Agnieszka Matylda Schlichtingerin particular entirely practical. Our approach is based on universal accumulators, which nicely fit to the underlying paradigm. Thereby, in contrast to existing accumulator-based revocation approaches, we do not require complex zero-knowledge proofs of knowledge (ZKPKs) to demonstrate the possession
otic-capsule
发表于 2025-3-31 21:50:23
f the algorithm, since neither is there a need to know the noise power variance of the channel, nor to perform complex and costly mathematical operations like exponentiations, quotients and products at that step. This complexity reduction is especially important for practical implementations of the