Sentence examples for categorized to understand from inspiring English sources

The different operating and system parameters have been categorized to understand their performance behavior.

Amongst those 1,600 transcripts, the top 5% of strongest expressed genes from both petal types were functionally categorized to understand which biological processes are most profoundly required for late petal development in Iberis (Table  3, Additional file 2).

We categorize the different approaches to understand and model innovation processes into two types.

Felderer and Schieferdecker [74] present a taxonomy of risk-based testing providing a framework to understand, categorize, assess, and compare risk-based testing approaches to support their selection and tailoring for specific purposes.

Throughout adulthood, we name representations of objects that we see in order to understand, categorize, classify, and to communicate what we are experiencing and what we want to our fellow interlocutors.

Although the scholarship has made some attempts to understand and categorize those impediments, not much has been said about how to identify them in a specific practical context.

In this paper, we report on the results which are part of an ongoing exploratory research project to understand and categorize ECS models in relation to mathematics and science by describing ECS models that are being implemented for mathematics and science and examining the affordances and constraints of these models in comparison to self-contained classrooms.

A language is not only a communication tool, it is also a way to understand and categorize one's reality, knowledge of nature, social relationships and emotions.

With the availability of genome sequence information for four strains, it is now possible to perform genome-wide analyses to identify and categorize such DNA variations and to understand their influence on strain functional divergence.

Before categorizing costs, you will need to understand the differences between them.

The purpose of this work is to understand, sort, and categorize dominant dissipation sources and to determine their significance with respect to physics processes and engineering considerations.