Sentence examples for simulation is improved from inspiring English sources

The activities reconstruction process for the simulation is improved using the Event Triggering and Variation Computing ETVCC) method.

FEM results indicate that the objective of getting the similar contour with the same press bend forming path is achieved with the error less than 6%, and the efficiency of FEM simulation is improved by more than 80%.

Furthermore, a theoretical relationship on the tensile strength between specimens with two-dimensional and three-dimensional fibre distribution is derived, and accuracy of the simulation is improved by using the theoretical ratio.

Here, the calculation process of the LBM simulation is improved to extend the simulation to a porous medium like a gas diffusion layer (GDL), and a stable and reliable simulation of two-phase flow with large density differences in the porous medium is established.

Additionally, the best simulation model was improved when motifs predicted from sequences 50 bp upstream and 150 bp downstream of TSSs (near TSS) by MAMA were added to the motifs predicted in sequences 500 bp upstream of TSSs (upstream; Figure 5B).

Comparisons with the field-measurements taken at a main weather station and several auxiliary weather stations reveal that both the numerical and the physical simulations are improved.

The simulation performance is improved by always choosing the fastest replica to represent the federate in the federation.

The scheme's reliability is verified by benchmark problems and the simulation capability is improved by implementing the scheme on a graphic processing unit (GPU).

With the fitted R transporter, the overall agreement between simulations and observations is improved as are predictions for AUCplasma (Table 4).

When the controller performs acceptably in simulation, then the tuning is improved during the commissioning of the controller on the plant.

As extensively tested [12, 14 18, 43], the coarse-grained model accurately reproduces atomistic simulations; the computational efficiency is improved by about two orders of magnitude when compared to its atomistic counterpart.