As demonstrated by recent CASPs (Kopp et al., 2007; Shi et al., 2009), the current methods produce much more accurate models whose quality often differs only by a small GDT_TS margin; thus optimizing a method for higher GDT_TS might improve the apparent method's standing, even at the cost of less realistic models.
From Table 1, we can find that BDSAE method produce much higher average SNRseg improvement than the reference methods.
However, jointly reporting point estimation and associated variability, the proposed method produces much better coverage rates for the 95% confidence intervals.
In general, the BFO-optimized PID control method produces much better system performance and optimized behavior than PID control scheme, where the optimum controller values are resultant from the IAE criterion.
The experimental results confirm that the algorithm can solve problems that are too large for the best existing offline planning algorithms and it outperforms the best online method, producing much higher value with much less communication in most cases.
Experiments with single and multiple circular and elliptical rotating patches of both piecewise constant and smooth vorticity indicate that the method produces much smaller errors than blob methods with the same number of degrees of freedom, at little additional cost.
Compared with other extraction methods, ASE produced much higher β-glucan and more environmentally friendly extraction and solvent systems, less extraction discrimination and shorter time, and could be useful to the development of industrial extraction processes.
These show that PEDI consistently outperformed the other methods and produced much higher quality parameter solutions in a computationally efficient fashion.
On the other hand, molecular phylogenetic methods have produced much older divergence time estimates for several butterfly families, prompting many to ascribe the origin of butterflies to the diversification of angiosperms, between 100 and 140 Mya [ 32- 37].
