Sentence examples for between computational time and from inspiring English sources

Liu et al. [36], for instance, showed a trade-off between computational time and angular error using operation curves to compare different OF techniques.

The first is a sequential mixed integer linear programming procedure that iteratively refines the discretization of the maneuvers to yield a trade-off between computational time and cost.

It is thus of vital importance to investigate how to implement efficiently these inferential principles in order to achieve the best trade-off between computational time and accuracy.

Thanks to the good compromise it offers between computational time and accuracy, 0D simulation offers a very interesting tool for engine system definition, calibration control development.

We have previously reported that the combination of ligand-centric and receptor-centric virtual screening methods may provide a compromise between computational time and accuracy during the hit enrichment process.

The use of unsteady incompressible-flow simulations has become very popular for aeroacoustic noise predictions at low Mach numbers, as it provides a good compromise between computational time and reliable predictions.

Comparing the third- and fourth-mesh configurations, in terms of average and stagnation point Nusselt number, results are very close, and the relative errors are very little, as reported in Figure 2. As a result, the third grid case has been adopted because it ensured a good compatibility between the machine computational time and the accuracy requirements.

More specifically, it requires: (1) to determine which classifier algorithms can handle the amount and the variability of data; (2) to evaluate the stability of classifier parameters; (3) to select the best feature set used as input data in order to find the good trade-off between classification accuracy and computational time; and (4) to establish the classifier accuracy over large areas.

Dual reference frame techniques [24 26] represent a good compromise between single and MRFs in terms of computational time and rate-distortion performance.

The molecular system is trapped in its local energy minima for the most part of the computational time, and the barriers between local minima on the energy landscape hinder transitions between different low-energy states.

Each subsequent bitcoin mined is more complex than the previous one, requiring more computational time and therefore investment through the electricity and computer hardware required.