Sentence examples for computational charge from inspiring English sources

Some disadvantages of the work done by Dai et al. [15] is that they use a number of reference frames that increases the computational charge; the algorithm MHMCF was originally applied to grayscale video signal; and in the paper referenced [14], it was adapted to color video denoising, transforming the RGB video in a luminance color difference space proposed by the authors.

A computational charge neutralization study indeed demonstrated that the protonated state of K279 in Ef ProRS is significantly stabilized by D299; destabilization of the system was evident upon neutralization of this closely located (within 4 Å) acidic residue and to a lesser extent other surrounding polar residues.

The proposed algorithm employs only two frames in order to reduce the computational processing charge and memory requirements, permitting one to produce an efficient denoising framework.

For GTC's key computational components (charge deposition and particle push), we explore efficient parallelization strategies across a broad range of emerging multicore designs, including the recently-released Intel Nehalem-EX, the AMD Opteron Istanbul, and the highly multithreaded Sun UltraSparc T2+.

Finally, computational chemist in charge of the model maintenance could carry out routine operations (like model retraining) in a very simple way, because the model building workflows were an integral part of the model design.

Not only those applications demanding stringent security levels but also many daily use consumer applications request the existence of high performance computational platforms in charge of recognizing the identity of an individual based on the analysis of his/her physiological or behavioural characteristics.

Computational models of charge interactions [ 27] can be applied across databases, looking for example at predicted ionisations of amino acids [ 28].

Table 5 Mulliken charges and Fukui function for 6 as electrophilicity theoretical descriptors   Mulliken charges Fukui function C9 0.447 0.019 C18 0.447 0.019 C19 0.467 0.030 C20 0.356 0.027 Table 5 shows the results for computational calculations: Mulliken charges and Fukui function in each carbon atom of the cyclic aminal 6.

Aside from deriving analytical-computational methods for charge time determination, we also propose our own method, called the Opportunistic method.

It is then applied to simulating two different computational models of shaped-charge jet with or without charge cases.

Then came physicist Robert Lang, who has been leading the charge in computational origami, uniting mathematical formulas with the art of folding.