Sentence examples for distributed shapes from inspiring English sources

Then, without resorting to a KL-based global distributed model, a just-in-time KL (JKL) model is presented for better description of local distributed shapes with more accurate and quick prediction performance.

The electric field responses of two types of weakly nonlinear dielectric composites consisting of elliptic cylindrical inclusions, one with identical shape and the another with distributed shapes, randomly embedded in the linear host media in the dilute limit are investigated.

"Knowing that it's public and can be distributed shapes the way you create and share," says Kawano.

Therefore, the enhancement of CNF alignment could have positive effects on cellular elongation behavior, possibly including cell spreading, as compared with nonuniformly distributed shapes of the nanofiber-free substrate[34, 35].

It cannot generalize from what it sees to autonomously expand its vocabulary to new mammals or understand the concept of "fur" or "paws" even as it associates a particular covering texture and four rectangularly distributed shapes with the images it has seen.

First, the KL method is proposed to construct a global distributed shape.

The key tool is to use a distributed shape derivative of a suitable cost functional with respect to movements of the partition.

Rate heterogeneity was estimated as the gamma distributed shape parameter α = 0.5740 and 0.6570 for f and he, respectively.

Logarithmic transformation is known to transform RNA-seq data into a more normally distributed shape with less dependence between the mean and the variance, as well as dampening the effects of extreme outliers [ 13].

Such a globally distributed shape change does not seem to contribute much to the intra-group variation, since the direction of dystrophic change is poorly related to any direction of greatest variance.

By using the decoupling approximation, the effective nonlinear susceptibility (χe) is determined and analyzed for varying the aspect ratios and the shape distribution parameters for the composites with identical and distributed inclusion shapes, respectively.