Sentence examples for more advanced simulations from inspiring English sources

More advanced simulations, such as those that emulate weather patterns or the behaviour of macroeconomic systems, are usually performed on powerful workstations or on mainframe computers.

Secondly, it provides more advanced simulations and more detailed calculations about the informed approach applied to the sinusoidal model.

Scientists who want to develop more advanced simulations to expand their research and to address more complex questions need to become more familiar with computational thinking, he says.

Though the results of the simulation follow from elementary probability, we conducted these simulations in order to build more advanced simulations for ratios of concentrations later.

With the latest update, Folding@home will support more advanced simulation of protein fold, and will also support PS3's unique Folding@home ranking system, which enables users to see where they stand among the worldwide contributors based on their level of contribution.

In recent years, more advanced simulation models have been suggested – as seen in the US National Cancer Institute Cancer Intervention and Surveillance Modeling Network [ 1, 37] – further emphasizing the need for precise tumor growth estimates.

Therefore, a full description of conformational changes underlying the complete transport cycle is still beyond the reach of conventional MD simulations, and one has to resort to more advanced simulation techniques (e.g., nonequilibrium methods) to investigate such structural transitions within currently feasible computational resources.

Simulation and experimental results are shown in Section 5, where we use a more advanced simulator (OMNeT++) that does include a complete wireless model to validate our formulation of the configuration time of the ETSI SLAAC solution.

In this line, the methodology presented here makes use of Artificial Neural Networks (ANNs) for enhancing the results obtained by low level fluid dynamic approximations in such a way that an accuracy level comparable to that obtained with more advanced CFD simulations is achieved while maintaining much lower computational costs.

Although the inter-flat transmission and dispersion characteristics can be demonstrated and quantified in a time-averaged sense to some extent, there are still unanswered questions at a fundamental level about transient dispersion process and thermal boundary conditions, calling for further studies with more advanced models for simulations and more sound experiments for validations.

It was concluded that there is still an opportunity for adopting more modern solar energy collecting and transferring technologies, and more advanced design optimization and simulation models.