Sentence examples for weighted contribution from inspiring English sources
The structure was further subjected to amplitude weighting (considering the weighted contribution of CTF amplitudes and assuming random orientation of all sub-tomograms) and sharpening (B = 2500, multiplied by the FSC between the two half datasets) to yield the final electron density map presented here.
In our model, the classification of sequences is performed by using a combined sequence similarity score (CSSS) that is calculated based on the weighted contribution of similarity scores, where weights reflect the discriminatory ability of individual measures in the training set.
Moreover, we prove that the suggested similarity measure is applicable in a more general case of weighted contribution of different binding sites, e.g., with probabilistic weights based on an i.i.d.i.d
The dynamic rheological behaviour of the blends is a weighted contribution of the properties of the two individual phases.
These properties are examined considering a weighted contribution of the acoustic and turbulent components, as it is the case for an aeroacoustic excitation.
This parameter considers not only one single wave component, like λ p, but also a weighted contribution of all the periods related to the different wave components.
A simple computational experiment was used to test the hypothesis developed in the preceding section: that positive T-wave bias arises when the lead field is not adequately focused on the underlying myocardium, such that the electrogram receives similarly weighted contributions from a broader region of tissue, across which the timing of repolarization is more dispersed.
To estimate the real vesicle diameter distribution in our study, we modelled the overall vesicle size distribution using the weighted contributions of coexisting vesicle subpopulations, optimizing the weighting by least-squares linear regression to fit the observed data.
In each time step, physical quantities can be computed with summing up the weighted contributions of around particles.
The results suggest that the small-scale structure is too complex as to be represented by weighted contributions of individual components alone.
We believe that there is also more that can be done in relation to the similarities amongst extant benchmarks, and so correlated performance and weighted contributions would be interesting to explore such that certain benchmarks might readily offer inferences for others which could be verified with relatively lesser efforts.
