Sentence examples for detecting and processing from inspiring English sources

When we touch an object, its surface produces tiny vibrations on the skin, and our fingerprints amplify these vibrations to aid the mechanoreceptors in detecting and processing them.

New "discoveries" have followed the trends of the international markets of commodities, the invention of instruments and machines for detecting and processing rare earth minerals, civil and military technological demands and innovations, as well as historical changes in global economic and political scenarios.

The above mentioned device and algorithms can be used to develop ultra high speed protection relays to identify the fault location and fault type based on detecting and processing the high frequency components of such fault transients.

It is therefore not surprising that animals have evolved diverse sensory systems for collecting, detecting, and processing chemical stimuli [27].

This suggests that the key odorants are indeed a bee's "focus" when detecting and processing a floral scent, and information from non-key-odorants might be of much less relevance for odour discrimination and generalization.

Both the phase marker gene and the detailed analysis of deep sequencing data of 4th instar locusts showed that gregarious locusts are more active in pathways involved in detecting and processing of environmental information, while solitary locusts are more active in pathways associated with metabolism and biosynthesis.

Channelrhodopsin-2 (ChR2) expression in the ON-bipolar cells of retinas from blind rd1 mice has been shown to make these cells capable of detecting, and also processing, the input visual signal before relaying the information to the ganglion cells and restoring some sensitivity to increasing light (Lagali et al, 2008; Doroudchi et al, 2011).

In contrast to this selection procedure, in a filtering mechanism in which irrelevant items are directly detected and inhibited, processing duration is proportional to the number of irrelevant items.

Ubiquitin processing from the initial translation product was shown to be so efficient that unprocessed product couldn't be detected and such processing has been observed in several plants including tobacco, rice and potato [ 25].

To improve the automation of particle recognition and counting, the Hough transform (HT) was used, so bubbles and oil drops were automatically detected and the processing time was reduced by 55% without losing accuracy with respect to a fully manual analysis.

By employing the algorithms, the false and missing extreme points could be detected, and further processing could remove the false extreme points and supplement the missing extreme points, as shown in Figures 9 and 10.