However, the effect of bitumen characterization (e.g., the number of pseudo components used) on steam-solvent coinjection simulation has not been studied in detail, and can be realized only after running multiple reservoir simulations, which is time consuming.
No indication of migration was found in either direction in the multiple IM simulations, which was consistent with the very high differentiation values for all loci.
Starting from the OF crystal structure, we performed multiple simulations, in which the substrate and/or different Na+ ions were either kept or removed at the beginning of each simulation, thereby generating a set of simulations that included all possible combinations of the protein, the substrate, and the ions.
In this paper, we describe two grid transfer algorithms suitable for massively parallel simulations which use multiple grids.
Even if such formalisms could represent SoS constituents by means of multiple models, each one representing one individual constituent; hence, simulating them would require interoperability between individual simulations (known as distributed simulations), which demands further adaptations and costly implementations.
We performed a rarefaction analysis using the web-based program RERAT [84] which uses multiple simulations to determine the change in relatedness values as additional microsatellite loci are added.
To help interpret the observed relationships, we analysed multiple simulations from the atmospheric aerosol model in which we individually switch off interannual variability in natural aerosol emissions or meteorology (see Methods).
In this method, multiple simulations are required to build the problem hierarchy which is a time consuming process.
Templates are easily created with this type of design, which might reduce the costs of multiple simulations [ 12- 14].
Because IB models incorporate stochasticity, multiple simulations produce a range of potential growth rates from which confidence intervals may be calculated.
Probabilistic methods based on multiple simulations enable the calculation of upper and lower bounds for the model response, which we refer to as confidence bounds.
