Sentence examples for quantitatively judge from inspiring English sources

How can we quantitatively judge whether the search cost is reduced by big data analytics?

How can we quantitatively judge whether the signaling cost is reduced by big data analytics?

The proposed framework is conceived (i) to offer a guideline for the synthesis of information granules and (ii) to build a groundwork to compare and quantitatively judge over different data granulation procedures.

In order to extract the arc feature information related to welding quality in alternating current square wave submerged arc welding (AC Square Wave SAW), an improved Hilbert–Huang transform (HHT) is put forward to investigate the time frequency distribution of arc current, and the energy entropy is employed to quantitatively judge the arc characteristics.

Another way to quantitatively judge the goodness of clustering is by comparing the OTU assignments to the structure of the maximum likelihood phylogenetic tree.

This was quantitatively judged by the mean recoveries and coefficient of variation (CV) for paired observations.

Thus there is potential for inappropriate application of noncomparable standards, which could potentially result in imaging being viewed as a poor method for quantitatively judging response.

Although these studies provide us with valuable information about the Th17 cell differentiation process, the models do not allow efficient use of time-course data and, more importantly, the model structure cannot be quantitatively judged by experimental observations.

This reaction proceeded quantitatively as judged by NMR spectroscopy and produced both diastereomeric cyclic phosphites 22 a and 22 b in a 1 1 ratio.

Thus, Tetracorder not only compares the pixel's spectral properties to the spectral properties of each of the entries from the library, but also quantitatively assesses and judges to identify the material present in the pixels.

These homoisoflavonoids are judged quantitatively in terms of statistical validation through multi-chemometric modeling approaches for the betterment and refinement of their structures required for higher antiangiogenic activity targeted to ocular neovascularization.