Mar 14, 2009 · Here our goal is study when we can form the concatenation of several pseudorandom binary sequences belonging to a given family? We introduce and ...
Abstract. In the applications it may occur that our initial pseudorandom binary sequence turns out to be not long enough, thus we have to take the concate-.
Abstract. In the applications it may occur that our initial pseudorandom binary sequence turns out to be not long enough, thus we have to take the concate-.
Here our goal is study when we can form the concatenation of several pseudorandom binary sequences belonging to a given family? We introduce and study new ...
Here our goal is study when we can form the concatenation of several pseudorandom binary sequences belonging to a given family? We introduce and study new ...
Mar 13, 2009 · Abstract. In the applications it may occur that our initial pseudorandom binary sequence turns out to be not long enough, thus we have to ...
Oct 12, 2016 · The function G′, as you intuited, is indeed a PRG. The standard way to establish such results is through the hybrid argument.
Missing: sequences. | Show results with:sequences.
In the applications it may occur that our initial pseudorandom binary sequence is not long enough, thus we have to take the concate-.
The output is the concatenation: G(t, c) = H1kH2kH3kH4kH5. 5.16 Algorithm FIPS 186 one-way function using DES. INPUT: two 160-bit strings t and c. OUTPUT: a ...
Apr 5, 2019 · The idea is to use a hybrid argument. Let us first write a formula for the new PRG: G(x)=G1(G3,1(x))G2(G3,2(x)),. where G3(x)=G3,1(x)G3,2(x) ...
Missing: binary | Show results with:binary
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