Sentence examples for numerical weight from inspiring English sources

Both the ozone and short-term particle pollution rankings are based on spikes in their daily measurements and were calculated using weighted averages; each level of the Air Quality index was given a numerical weight, and these values were then multiplied by the number of days each metro reached them.

Ng says that adds numerical weight to a common perception amongst China experts that the country's government finds it useful to allow people to vent frustrations online.

To train a neural network, a set of virtual neurons are mapped out and assigned a random numerical "weight," which determines how the neurons respond to new data (digitized objects or sounds).

Whereas the first battle hinged on the numerical weight that Prithviraja's forces could bring to bear on the flanks of the Ghūrid army, the second was a study in mobility.

give comparable, but not necessarily equal, numerical weight to each of the criteria established under subsections (d)(2)(A)(iii) or (e)(2)(A)(iv), as applicable, in calculating the overall project rating under clause (i).

In rating the projects, the Secretary shall provide, in addition to the overall project rating, individual ratings for each of the criteria established by this subsection and shall give comparable, but not necessarily equal, numerical weight to the benefits that the project will bring to the community in calculating the overall project rating.

After running all queries we assigned different numerical weights to each subset of genes (see below), and calculated a weighted union of these lists.

Although the numerical weighting cannot give an exact probability of essentiality for each uncharacterized gene, the weightings should give an estimation of the relative likelihood of being essential for any two genes being considered as candidate targets.

Supplementary Table 2 summarizes the relevant amplitudes, their sensitivity to different coefficients of the SME and the corresponding numerical weights.

In reality, matters are rarely as cut and dried as this, so more complicated criteria, such as material mobility, king defense, and area control, have to be introduced and given numerical weights in the calculation, and Shannon suggested procedures for this.

The closely-related discrete singular convolution (DSC) and Lagrange-distributed approximating function (LDAF) methods, treated here as a single algorithm, approximate derivatives in the same way as finite differences but with different numerical weights that depend upon a free parameter a.