Sentence examples for grid density and from inspiring English sources

A large G increases grid density and hence spatial resolution, at the expense of increasing complexity.

Parametric studies are performed to determine the solution domain size, the grid density, and the turbulence model.

Considering a grid topology, it is important to determine the combination of distance among nodes, which defines the grid density, and the PHY parameters, as antenna gain, data rate, and transmission power.

Based on the grid, three indexes including grid fitness, grid density, and grid-objective-wise standard deviation are defined to measure individual rank, individual density, and population search status quo, respectively.

Our focus is first on the question of the existence of a unique numerical solution for this problem, and second on the grid density and fluid density requirements necessary for a unique numerical solution.

The factors we have identified include: grid density and local refinement, the numerical approach, performing a time-step study, the use of sub-iterations for temporal accuracy, the appropriate use of temporal damping, and the use of appropriate turbulence models.

A congestion control scheme combined with grid densities and hop count enhances the performance of this protocol.

By means of grid sampling, the categorical patches were represented by grid densities, and spatial indicators of class abundance, scale-area curve and neighborhood density were constructed to measure the spatial variables of area, distance and scale.

Peridynamic predictions are compared to finite element results and the influence of grid density, distribution and orientation on fracturing process is evaluated and the nonlocality of numerical results is demonstrated.

It is seen that regardless of the grid density, with and  dBm, a five and, respectively, tenfold capacity increase of affected macro UEs is observed.

Investment in transmission grid density, diversity and capacity can be highly beneficial.