To perform this task we construct a constant depth comparator network that is applied periodically. The two constructions for this problem made by previous ...
To perform this task we construct a comparator network that is applied periodically. The two constructions for this problem made by previous authors required O( ...
Abstract. We consider the problem of sorting N-element inputs differing from already sorted sequences by t small changes. To perform this.
The reason is that the fastest known constant depth periodic sorting networks have running time O(log2. N). On the other hand in some applications faster ...
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Fast periodic correction networks · Grzegorz Stachowiak · Published in Theoretical Computer Science 12 August 2003 · Computer Science, Mathematics.
To perform this task we construct a constant depth comparator network that is applied periodically. The two constructions for this problem made by previous ...
Bibliographic details on Fast Periodic Correction Networks.
In this context, we give a construction of N-input, f-fault-tolerant comparator networks of depth 6 that sort 1-disturbed sequences in time Ο(logN + f). Finally ...
However, it is not clear how to make such a computation fast. Odd-Even Transposition Sort gives a periodic sorting network of depth 2, that sorts n numbers in n ...
We present a comparator network that sorts sequences obtained by changing a limited number of keys in a sorted sequence. The network that we present is ...