Sentence examples for more precise simulations from inspiring English sources

Z-buffer or N-buffer machining simulations provide more precise simulations but require long computation time, especially when using realistic cutting tools models including cutting edges geometry.

First, the detailed SAMES-05 displays public and private investment disaggregated by capital goods, which allows more precise simulations increasing the capital goods to what the funds are aimed.

Such problems are often well solved by general purpose ODE solvers, but (bio chemical reaction networks offer a number of features that may be exploited by more specialized solvers, resulting in faster and/or more precise simulations.

Use of a similar fine-grained representation of bond dissociation may have yielded more precise simulation results, but that level of resolution and precision was not needed to meet the simulation objectives in Table 1.

Large efforts are made to offer more and more precise simulation of large-scale wireless networks (e.g., wireless sensor networks, WSNs) with enhanced modelling of radio link performance.

Besides BuP, we also demonstrated that we had a more precise simulation on butyrate, one crucial product in cell growth and solvent production [ 5].

Our study indicate, that while crude models, such as the one exercised in this paper, cannot substitute for more precise simulation, they can still provide valuable information on the response of signaling network to stimuli.

Although discretization sacrifices some accuracy (analogous to round-off error), we choose the variable parameters to be discretized, sometimes quite coarsely, because the output of such a method might be ideal input for a local search method, such as Levenberg Marquardt or Steepest Descent, to refine afterwards, using a more precise simulation-based objective function.

Then a more precise co-simulation model was established with AMESim/Simulink.

As well as the regulatory calculations, accurate knowledge of the thermal and mechanical behaviour of materials and more specifically of concrete is required to carry out more precise numerical simulations.

This paper aims to eliminate the pathological mesh size dependent problem of post-blast residual axial capacity for RC columns, which will result in a more precise dynamic simulation of RC structures subjected to blast loads.