Sentence examples for rapidly sort from inspiring English sources

The Web is filled with pictures of right-handed men engaged in unmistakeably right-handed actions (like throwing a baseball), which any human working in a photo archive could rapidly sort out.

To maximize the search space utilization of this investigation, ML based Natural Language Processing (NLP) techniques were employed to rapidly sort through a vast corpus of engineering documents to identify key areas of research and application, as well as uncover documents most pertinent to this survey.

"It learns very rapidly, sort of like a toddler," Fadell said.

From a practical standpoint of developing a sensitive and specific assay on a Pt electrode, the microarray can rapidly sort these factors empirically to optimize assay results.

Along with data acquisition, FACS systems are often used to rapidly sort cells based on their signatures.

In particular, unlike in controls, sprouting ECs in hlx1 morphants did not rapidly sort into leading TCs and trailing SCs but appeared to display prolonged competition for the TC position (see ISVs B and C in Movie S2).

The BBC Symphony took a few minutes to settle and there were a couple of problems with balance, rapidly sorted, near the start.

America has recovered before Europe not just because it has been less austere, but also because it rapidly sorted out its banks so that they could lend again (see Charlemagne).In addition, the euro zone needs growth-boosting reform.

Consequently, algorithms are designed for rapidly sorting out potential outliers and thoroughly examining their suspicious intention through circling activities, relative driving speed and time dispersion.

When the Ile-Thr-Ala-Gln sequence just preceding this region is mutated, the permease Gap1-1244) reaches the plasma membrane normally and is active, but it is rapidly sorted into the endocytic pathway and delivered into the vacuole in a manner dependent on the Rsp5 ubiquitin ligase and the K9 and K16 acceptor lysines of Gap1 ubiquitylation.

Molecular separations in nanochannel devices are of considerable interest for rapidly sorting and sensing particles.