Note that from the above definition, a sequence of size (k) has ((k-1)) prefixes.
and the real/imaginary parts of the channel impulse responses corresponding to all transmit/receive antennas are arranged in a sequence of size- 2N R ×4N T matrices: G i, k [ l ] : = G i, k R, R [ l ] G i, k I, R [ l ] G i, k R, I [ l ] G i, k I, I [ l ]. (21).
The number of suffixes of a sequence of size N is N.
This is optimal, since a lower bound for processing a sequence of size L is trivially Ω(L).
An initial randomization schedule was generated for 48 participants, followed by a sequence of size 15 to account for dropouts.
We obtained a significant speedup: 43 seconds with memoization vs. 684 seconds without memoization for a sequence of size 35, with 100 simultaneous simulations, and approximately 6 seconds with memoization against 60 seconds without memoization for a sequence of size 20, with 1000 simultaneous simulations.
The obtained results are shown in Fig. 3. Simulations were performed on cubic lattices of size L×L×L (see Fig. 2) for a sequence of finite sizes up to L=20.
Each instance is then represented by a sequence of m sized vectors with length l, where m is the alphabet size and l is the length of the character sequences.
Verification is based on the expectation that, after in silico digestion, a correctly assembled contig has a sequence of fragment sizes that is similar to that in the optical map at the corresponding locus in the genome.
Classical results in this field refer to the scenario in which the whole switch transfers the packets in a synchronous fashion, in phase with a sequence of fixed-size timeslots, tailored to transport a minimum-size packet.
