Sentence examples for simulation that allows from inspiring English sources

"The intent is to build a simulation that allows people to play in that world for months or years, participate in different types of roles and see consequences of their decisions".

Biospecific interactions between cells and planar surfaces are described using a stochastic Monte Carlo simulation that allows the inclusion of a number of context sensitive rules.

This procedure is illustrated in detail with an example that highlights the importance of this refinement, and it is incorporated within a Monte Carlo simulation that allows the distribution of future costs to be estimated and assessed.

Here, we discuss an alternative method based on Monte Carlo simulation that allows the group size and stopping boundaries of a multi-arm multi-stage t-test to be optimised, according to some nominated optimality criteria.

We demonstrate our findings with a data set of ca. 2550 Raman spectra of single cells (five classes: erythrocytes, leukocytes and three tumour cell lines BT-20, MCF-7 and OCI-AML3) as well as by an extensive simulation that allows precise determination of the actual performance of the models in question.

It is this simulation that allows the subject to make predictions and offer explanations of the target's beliefs and behaviors.

Peter Molyneux's The Movies (2005) gave Hollywood the tycoon treatment with a graphically rich simulation that allowed players to control every aspect of the moviemaking process.

These models are created with a combination of indicator geostatistics and boolean simulation that allow for modeling different correlation lengths and anisotropy ratios at different permeability thresholds as well as the inclusion of large, high-permeability features.

Flux analysis methods lie at the core of Metabolic Engineering (ME), providing methods for phenotype simulation that allow the determination of flux distributions under different conditions.

Therefore, a probabilistic sensitivity analysis was conducted to introduce a certain level of uncertainty using a first-order Monte Carlo simulation that allowed the identification of potential variation both in costs and effectiveness and to observe their dispersion levels.

As part of this study, we therefore developed a finite element method (FEM) simulation that allowed the effective geometry of individual nanoscale probes to be estimated from single-barrel voltammetry and G/C measurements.