Sentence examples for most important coefficient from inspiring English sources

In terms of image compression, the DC value is the single most important coefficient concentrating most of the image energy.

The most important coefficient of form is the block coefficient defined as the ratio of the displacement volume to the product of ship length, breadth and draught.

This post-compression rate-distortion optimization algorithm selects the most important coefficients by weighting them, based on the mean square error (MSE) distortion measurement.

Briefly, this plugin gives access to the most important correlation coefficient-based tools (Pearson's coefficient, Manders' coefficient) and allows comparing various methods (Costes' approach, Van Steensel's approach, Li's approach) to evaluate the co-localisation [49].

One of the most important hydrochemical coefficients (ion ratios) is the calcium/magnesium ratio (Ca2+/rMg2+).

The rolling moment is responsible for the overloading of wheel-track on the leeward side and is found to be one of the most important aerodynamic coefficients regarding crosswind stability.

Progressive image compression, such as SPIHT [1], is an approach that exploits the inherent similarities across the sub-bands in a wavelet decomposition of an image, and the algorithm codes the most important wavelet coefficients first, and transmits the bits so that an increasingly refined copy of the original image can be obtained progressively.

As the mean relative importance is measured on an arbitrary scale, we have normalized the most important attribute (highest coefficient as illustrated in Table 5) as 10 units and measured the other attributes' importance relative to this change (illustrated in Figure 1).

Besides, rotational speed ω and gas temperature T are the most important factors and expansivity coefficients and surface coefficients of heat transfer show also important influence on BRRC variation.

SEM showed that biogeography and plant were the two most important factors (with path coefficient of 0.557 for biogeography and 0.520 for host plant) that affected AMF distribution.

It is resistant to magnetic fields; the process of forming silicon parts is easier and less expensive that the manufacturing of traditional watch parts; silicon components are lighter than their metal alternatives, less prone to deformation and more shock resistant; and perhaps most important, silicon's low friction coefficient removes the need for oil, which is the Achilles heel of watchmaking.