Sentence examples for simulation as one from inspiring English sources

In interactive fluid simulation, as one common physical simulation method, the particle-based method, such as Smooth Particle Hydrodynamics (SPH), has been extensively used for creating realistic image effects of fluids in image and video game due to superiority of Lagrangian representations [1, 2].

The main result of the eigensystem analysis consists in the observed fact, that the KLT of the messages in all considered models leads to the eigenfunctions very similar to the harmonic functions independently of the parameters of the simulation as one can see in Figure 5.

While there are plenty of applications for quantum computing once it becomes a reality, quite a few experts are betting on chemical simulations as one of the first areas where developers will be able to reap the fruits of this new computing paradigm.

Occasionally, two groups may attempt the same task, which will then require consensus but overall each self-made group continues through the simulation effectively as one entity.

Regarding the simulation results, as one can see in Table 4 and Table 5 the fluxes are very close to those calculated before, and the estimated fluxes FIA returned had the lowest residual value compared to the other methods.

Expanding the Alamouti code to a standard STF code by tensor product, we use these STF codes in the simulation as the one in example 1 last section.

Before the K computer was available, projection studies using NICAM were limited to short time-slice simulations such as one year or season (Yamada et al. 2010; Satoh et al. 2012a; Tsushima et al. 2014; Noda et al. 2014, 2015), and the insufficient integration period made it difficult to achieve statistical significance of the global warming response.

The model simulations predict that as one moves from the single substrate assay to the dual substrate assay, there will be a left-shift in phospho-ATF2 IC50 for the classical p38 inhibitors and an even greater left-shift for the substrate-selective inhibitors.

Each particle is scattered stochastically from all the other particles in a simulation cell modeled as one or more Maxwellians.

Monte Carlo simulation is considered as one of the most recommended quantitative risk analysis techniques for analyzing cost and schedule risks (Lewis 2010).

Applications employing large Eddy simulation are emerging as one of the most important aspects of the "Frontier Simulation Software for Industrial Science" project for the next generation of fluid dynamic design and development.