Sentence examples for state computation from inspiring English sources

Increasing the computational efficiency of the steady state computation of the PBN model is ongoing work, and we discuss this issue in the conclusions.

To illustrate our method, we develop a novel algorithm for the ground state computation of the nonlinear Schrödinger equation.

In this manuscript we propose and implement a dimension reduction algorithm of AND-NOT networks for the purpose of steady state computation.

This approach is based on the coupling of an incomplete gradient formulation, which avoids adjoint state computation, with a multi-level method.

We present a direction-split higher order extension to both the SHLL method and apply it to AVX through the use of intrinsic functions in the flux computation and state computation modules.

We present numerical results to demonstrate the tremendous gains offered by the new diffusion schemes, driving the rise of explicit schemes in the steady state computation for diffusion problems.

For ultimate limit state computations, ANSYS nonlinear finite element method together with ALPS/ULSAP semi-analytical method is employed.

Several steady state computations are presented and the effect of some of the operational variables is discussed.

The remarkable features of the present limiters are the new biased functions and the weighted average procedure, which enable the present limiter to capture strong shock waves and achieve excellent convergence for steady state computations.

Density-of-states (DOS) computations uncovered that the defects induced strain effects on GO, confinement of light at the GO-PS/PSO interface, and the band gap reduction of GO cumulatively engendered the SERS effect.

We also consider band gaps and spin-splittings in the TMD films, and show that here also the SCAN functional leads to improvements, difficulties of interpreting band gaps in a ground-state computation notwithstanding.