Sentence examples for coherent classification from inspiring English sources

ANTHONY BOLZAN Boxford, Mass., Dec. 21, 2012 To the Editor: The Argentine author Jorge Luis Borges describes a seemingly coherent classification system that in reality divides animals into arbitrary categories: embalmed, belonging to the emperor, stray dogs, those that have just broken a water pitcher.

It can be easily observed that all values are close to the square diagonal (and many of them even under it), meaning that a coherent classification of stereophonic recording techniques under test has not been accomplished by the subjects.

In general, creating a coherent classification is an intellectually demanding process.

The provisional framework provided by this paper sets the base for a coherent classification scheme according to which catalogue several small palindromic repeats found in prokaryotes.

Systematic analysis of their taxonomic distribution together with their primary and predicted secondary structures allowed us to provide a coherent classification and to propose an improved hypothesis for the evolution of this superfamily.

By introducing a coherent classification of the different protein families based on both, hidden Markov model analyses and structural predictions, numerous new LHC-like sequences were identified and several new families were described, including the red lineage chlorophyll a/b-binding-like protein (RedCAP) family from red algae and diatoms.

These strongly suggest to us that both algorithms are essentially producing coherent classifications of the sequences, but sometimes they produce clusters with distinct levels of granularity.

Relevant properties are merged together to provide coherent and consistent classification, allowing complex feature analysis.

This paper reviews the standard definitions of verification and validation in the context of engineering design and progresses to provide a coherent analysis and classification of these activities from preliminary design, to design in the digital domain and the physical verification and validation of products and processes.

The general organisation of the tree is coherent with the classification of nsLTPs in nine types.

Altogether, these results are coherent with previous classifications of grapevine phenotypic diversity mainly based on cluster and berry morphotypes as well as with recent results on the structure of genetic diversity in cultivated grapevine.