Sentence examples for numerical space from inspiring English sources

The construction costs O(Nn) with a uniform grid and O(Nn−mlog(N)) with a dyadic grid in numerical space and time.

Combining these two approaches, there is evidence suggesting that number magnitude representation in neglect patients may be particularly problematic for the representation of relatively smaller numbers, corresponding to the left part of the MNL (e.g., [ 11], see [ 12] for a review, but see also [ 13] for a review on dissociations between neglect in visual and numerical space).

Fuzzy sets have represented and processed numeric information in a linguistic format, so they could make the system complexity manageable by mapping a large numerical input space into a smaller search space.

Constructive Approximation is an international mathematics journal dedicated to Approximations and Expansions and related research in computation, function theory, functional analysis, interpolation spaces and interpolation of operators, numerical analysis, space of functions, special functions, and applications.

The output of the method can be interpreted as a numerical half space Green's function for grounds consisting of layered materials.

We experimentally implement three different communication structures prior to the decision move: (a) simultaneous exchange of binary messages, (b) larger finite numerical message space and (c) unrestricted text chat.

This procedure was implemented as described earlier by our group [ 35] without the need for numerical k-space resampling in this case.

Toth, G. et al. Adaptive numerical algorithms in space weather modeling.

Central and upwind compact schemes for spatial discretization have been analyzed with respect to accuracy in spectral space, numerical stability and dispersion relation preservation.

This discussion presents the application of the classical strain measures, and their energy conjugated stress pairs, to obtain a consistent geometrically nonlinear formulation based on the Finite Elements Method (FEM), particularly applied to the numerical analysis of space trusses.

In the time direction, a Crank Nicolson time-stepping is used to approximate the differential term and the product trapezoidal method is employed to treat the integral term, and the quasi-wavelets numerical method for space discretization.