Sentence examples for quantitative simulation results from inspiring English sources

The technique of latch-dividing data path isanalyzed, and the quantitative simulation results demonstrate that this approach diminishes the glitches effectivelyat a very low hardware cost.

We here presented for the first time quantitative simulation results on in vitro MSC plasticity applying our novel concept of noise driven stem cell differentiation.

It is capable to provide quantitative comparison with simulation results and as such experimental validation of multiphase CFD models.

More detailed and quantitative comparisons between simulation results (using a much larger number of marker particles) and field observations are needed to provide more realistic depositional patterns.

A quantitative analysis of simulation results is performed by computing the temporal autocorrelations (tACC) (for saddle-node, Hopf, and mixed-mode instabilities) and spatial power spectral density (sPSD) (for Turing and mixed-mode instabilities).

The self-consistent solution of our model is in good quantitative agreement with simulation results for a population of linked sequences.

A very good quantitative agreement between the simulation results and X-ray tomography damage measurements in specimens of different notch acuities is obtained.

Based on a micromechanically computed fracture strength, the proposed methodology is verified in terms of quantitative comparisons of the simulation results with experimental data from the literature.

These tools should be able to allow users to understand and validate the simulated behavior in terms of parameters and their dependencies with effective use of quantitative information, such as simulation results, experiments, and catalog data, in the system model.

The maximum spouted height increased with increasing temperature, but the quantitative comparison between the simulation results and the experimental ones can not be obtained because of the limitation of the measuring techniques at high temperature.

The quantitative agreements between numerical simulation results and existing experimental data indicate that nonlinear dynamic model can accurately describe the complex hysteresis behavior of the giant magnetostrictive actuator system not only under quasi-static operating conditions but also under dynamic operating conditions.