Sentence examples for highly implicit from inspiring English sources

The challenge then becomes attempting to access the highly implicit aspects of motor behaviour that occur during a highly explicit activity (i.e., imagery).

This synchronous coordination of arm movements reflects a very particular spatial and temporal sequence that is arguably highly implicit and, therefore, particularly revealing.

Consistent with the highly implicit section-heading boundary distribution observed on the corpus (55.58%), if the heuristics patterns were removed from our sentence-based formulation configuration, the precision and recall drop significantly and resulted in an F-score of 0.4062 on the test set.

Specifically, the software is designed to provide optimal computational performance for multiscale problems, which require highly stable, implicit, time-stepping schemes combined with a parallel implementation of adaptivity in both space and time.

Here we report on a highly optimized iterative implicit solver for the time-dependent Ginzburg Landau equations suitable for investigations of type-II superconductors on massively parallel architectures.

The performance function of a complex engineering structure is always highly nonlinear and implicit, and its reliability needs to be evaluated through a time-consuming computer codes, such as finite element analysis (FEA).

Explicit judgments of conceptual complexity were also highly correlated with implicit measures of study time in a memory task, suggesting that complexity is directly related to basic cognitive processes.

We excluded the exponentiated Rayleigh and exponentiated Weibull distributions because the FIM of the exponentiated Rayleigh distribution contains highly non-linear implicit formulae (Kundu and Raqab 2005), and the FIM of exponentiated Weibull distribution is not completely known (Pal et al. 2006).

A small number of training samples are created by random approach with FEA codes for building the Gaussian process regression (GPR) surrogate model, and the highly nonlinear and implicit performance function is approximated by GPR with an explicit formulation under a small sample condition.

To handle this coupling, we introduce a new and highly effective semi-implicit method.

A novel pseudo-time marching algorithm is therefore proposed herein to solve the DOM or FVM equations on multi-block body-fitted meshes using a highly scalable parallel-implicit solution approach in conjunction with high-resolution TVD spatial discretization.