Sentence examples for class of simulation from inspiring English sources
Recently, in [1] the authors introduced the class of simulation functions as follows.
The SMS is an example of a class of simulation models referred to as executable biology [ 31, 32].
The Metabolically Coupled Replicator System is a class of simulation models built on these two functions to show that an RNA World scenario for the origin of life is ecologically feasible, provided that it is played on mineral surfaces.
By the example of NaCl aggregation in water, this approach was also tested for investigating nucleation from solution.[ 41] To study diffusion-controlled crystal formation processes, an alternative class of simulation methods proved more performing.
Zynga's once hugely successful farming game may itself be fading in popularity, but it belongs to a thriving class of simulations in which players build and customise their own territories, often sharing the results with friends.
One particular class of simulation-based models that have not yet benefited from the progression of Bayesian methods is the class of neurologically-plausible models of choice response time, in particular the Leaky, Competing Accumulator (LCA) model and the Feed-Forward Inhibition (FFI) model.
Fractal modeling is an important class of simulations.
The second class of simulations follows a nonstationary poisson (NP) process.
We present a new technique (remote predicate evaluation (RPE)) for distributed modeling of hybrid systems that is applicable to a wide class of simulations.
The first class of simulations is consistent with a version of the epidemic-type aftershocks sequence (ETAS) model (Ogata 1998), submitted to the CSEP-Italy testing region (Lombardi and Marzocchi 2010b).
Based on the findings in the first set of analyses, the second class of simulations further explores the functional importance of the relevant recovery pathways and their relationships to details of the intracellular pathway settings, such as the relative magnitudes of different flux rates and balances between forward and reverse reactions.
