Lab tests claim a 30% gain in performance for microprocessors.
The vibrational training group retained gain in performance for a longer time after the testing regimen than traditional training.
It can be observed that since RMGS and OOCMP are already quite efficient for uncorrelated signal, the gain in performance for CyRMGS and CyOOCMP are only significant for correlated signals.
Simulation results reported in this article are evidences that the DCRP significantly improves IEEE 802.11s WMNs in terms of scalability, providing a reasonable gain in performance for the conducted experiments and evaluated metrics.
(iii) Finally, ranking is performed using our variant of dynamic programming which considers only a subset of possible matches thereby providing a considerable gain in performance for the same amount of errors (see Figure 12). .
Indeed, the contact accuracy for identified coevolving residue pairs was much less correlated to the reciprocal of effective sequence length than were the percentages of all tested residue pairs contacting (R = 0.1976; Figure S3C), though there was still a slight overall gain in performance for shorter proteins.
The question that follows is whether CoPs with such diversity in structure and function deliver the gains in performance for which they are being promoted.
Condor-COPASI can effectively use a Condor high-throughput computing environment to provide significant gains in performance for a number of model simulation and analysis tasks.
Although often difficult to rigorously assess in the elite environment, any marginal improvement in performance gained by using NaHCO3 for these specific purposes in competition may provide alternative uses for this supplement that extend beyond current recommendations [1, 5].
We assume that the channel gains from each PU T x q to the SU network, the SU network to PU R x q, and those among the SUs, are good enough to provide a significantly higher end-to-end throughput as compared to the direct link of the PU transceiver, resulting in performance gains for both the PUs and SUs. Figure 1 Cognitive relaying with time incentive (a) Communication scenario.
Because of the relatively high error rates in the negative samples, we calculated the performance gain of the "ideally trained" model (i.e. using only the true negatives and true positives for training), which showed a significant, but modest increase in performance (mean AUPRC gain: <0.007 % for SNPs and <0.4 % for indels, Additional file 1: Figure S2).
