Choreographers have been trying to circumvent their own movement habits, loaded with predictable social and emotional messages, since Merce Cunningham started throwing dice in the 1950's to set the order of his movement sequences, the number of dancers on stage at any one time and even the choice of body part to be assigned a given motion.
For all sports sequences, the number of false positives and false negatives also decreases.
If the large, quick, and complex object motions are included in video sequences, the number of search points (NSP) will be reasonably increased.
Some authors [15,17,27,30] also consider in the design of CH sequences the number of channels in which the rendezvous may occur (rendezvous diversity).
In both cases it is shown that, for different Fibonacci sequences, the number of stop/pass bands within a defined range of frequencies changes and follows the Fibonacci recursion rule showing a self-similar pattern.
Although performance of sequences generated from one-dimensional maps is the same or better than commonly used sequences, the number of chaotic sequences of the appropriate length surpasses the number of orthogonal or maximum length sequences.
They arise, for example, as the number of births at a hospital in successive months, the number of bases of DNA sequences, the number of road accidents and the number of diseases in a certain area in successive months.
Recent studies by Bui [73], on some short chain monovalent carboxylates (MC1 C12, where M = Li, Na, K, Rb, Cs), confirmed the presence of several solid solid pre-melting transitions in their phase sequences; the number of which increased with chain length.
The length of the sequences, the number of amino acids and the E-values obtained are summarized in Table 1.
By setting the number of asked motif sites equal to the number of input sequences, the number of sites we searched is overestimated when leaving out motif sites.
Normally, for single copy sequences, the number of matches will be close to the estimated depth of coverage for the overall genome.
