Perplexity for the evaluation sample is then defined as perp, where N is the number of evaluated data samples, indexed by l, and c l and m l are their class and component, respectively.
This doubles the number of evaluated atoms during the search, and hence, increases the run time.
Indeed, a high number of evaluated levels per negative example will bring a high execution time.
NN: Nipponbare homozygotes, NK: Nipponbare/Kasalath heterozygotes, KK: Kasalath homozygotes, 3) n: number of evaluated individuals in each line.
The differences between the RDcost for each mode are used to attain successive adaptive thresholds that allow the reduction of the number of evaluated intermodes.
The number of evaluated subframes by simulation was the same considered when measuring, i.e., 30 channel realizations for each velocity and interpolation factor pair.
This raises the number of evaluated atoms as well as the number of found mappings, and therefore increases the run time.
The average number of evaluated nuclei per specimen was 20,000, and the number of nuclei scanned was 120 per second.
Furthermore, the impact on the mean number of evaluated levels is not very significant: we note an increase of about 7% between the cost function TP_cost and the two others.
We show that our parallel Tabu Search algorithm for graphics cards (GPUs) outperforms other existing Tabu Search approaches in terms of quality of solutions and the number of evaluated schedules per second.
Table 1 Number of evaluated reactions per algorithm Algorithm Number of reactions compared Unmapped reactions RDT 512 0 DREAM 512 0 AutoMapper 512 0 CLCA 488 24 MWED 477 35 ICMAP 496 16 Due to limited access to some algorithms, we could not predict atom mappings for all 512 manually curated reactions.
