Sentence examples for quantifiable representation from inspiring English sources

They say their approach produces a quantifiable representation of a team's style, identifies key individuals and highlights potential weaknesses.

With the fuzzy index, not only does water quality move from a linguistic description to a quantifiable representation without further computational overhead, but it produces a membership grade that shows to what strength a stream's water quality belongs to a class (examples are shown in Table 2).

Second, adding molecular information to classic morphological microscopic analysis allows digital and quantifiable representation of the heterogeneity of the sample, which may be important, for instance, for tumor grading and classification.

The plot shows the changes in IQE as a function of bandgap and of Cu O TiO2 ratio (normalized to the overall thickness) and the limit is that it discards the absolute thickness data (even though the Cu O is represented by the size of the symbols, it is not an ideal quantifiable representation).

Bayesianism aims at providing a quantifiable, algorithmic representation of belief revision, where belief revision is a function of prior beliefs (i.e., background knowledge) and incoming evidence.

This paper introduces the SIZL (Searching for Information in a Zoom Landscape) system, which was developed to enable the authors to effectively test whether a 2.5D graphical representation of a multimedia data landscape produces quantifiable improvements in a user's ability to assess its contents.

A note attached to the bill reads, "It has been observed that there is difficulty in collection of quantifiable data showing backwardness of the class and inadequacy of representation of that class in public employment.

We present a user study of CompanionViz featuring a twelve-participant survey and one field study, consisting of three unique use cases, and show that by providing pet owners with quantifiable awareness of their dogs' health and exercise habits using personal visual representations, pet owner dog bonds can benefit.

Most previous research on the neural representation of reward has focused on the manipulation of reward according to an objectively quantifiable scale without therefore having to consider individual differences in preferences.

Thus the compatibility effect can serve as a quantifiable measure indicating the robustness of simultaneous processing of multiple (i.e., decomposed-digit) numerical representations (for a review, see Nuerk, Moeller, Klein, Willmes, & Fischer, 2011).

Despite these disadvantages, high-angle annular dark field (HAADF) STEM imaging has the advantage of giving a faithful representation of the sample structure over a wide range of thickness and defocus, making it more interpretable and quantifiable than TEM imaging.