Sentence examples for computation cell from inspiring English sources
Four-hundred super-particles are set in the computation cell, which corresponds to 8.4×108 particles in the entire simulation box.
The classic Roe-type Riemann solver used here was developed for one-dimensional problems, but can be used in multidimensional problems by treating each face of a two-dimensional computation cell in a locally one-dimensional way.
The transport properties in the conservation equations are determined based on the volume fractions of all the phases present in a given computation cell: rho ={displaystyle {sum}_{q=1}^n{alpha}_q{rho}_q={alpha}_l{rho}_l+left 1-{alpha}_lright){rho}_{q=1}^n{alpha}_q{rho}_q={alpha}_l{rho}_l+left 1-{alpha}_lright
Our work grants unique insight into the origins of natural intelligence; the results presented here are therefore readily transferable to the fields of natural computation, cell biology and biomedical science.
But that didn't pinpoint the site of computation; cells earlier in the pathway might be analyzing motion and delivering a larger excitatory signal to the ganglion cells in response to movement in the preferred direction.
In the present method, the chemical reduction and transport properties calculation are only conducted once for all the computation cells in the same correlated group within the pre-specified thresholds.
With this CDAC method, the on-the-fly DRGEP process as well as the chemistry integration only needs to be conducted at the cluster level, dramatically reducing the unnecessary repeated computation for similar computational cells.
The predicted types of behavior have been illustrated by numerical computation of cell and substrate concentration trajectories.
Computation of cell decision discrete probability q (y = s u r v i v a l ), distortion D and rate distortion function R(D) is performed using the method of Lagrange multipliers.
250 pp. ISBN: 1-86094-552-X, $80 Computatinn in Cells and Tissues: Perspectives and Tools of Thought R. Paton, H. Bolouri, M. Holcombe, J.H. Parish, R. Tateson, eds.
This theory also provides a framework for modelling and explaining the temporal dynamics of neural computations between cells at different levels of processing.
