Sentence examples for identified by a continuous from inspiring English sources

A proportional-integral controller has been employed and a parameter-based force closed-loop transfer function of the EHFS is identified by a continuous system identification algorithm.

Chevron calls resembled an 'inverted-U', which was identified by a continuous increase in pitch ≥12.5 kHz followed by a decrease that was ≥6.25 kHz.

The general sonographic profile of chevron-classified calls resembled an 'inverted-U', which was identified by a continuous increase in pitch ≥12.5 kHz followed by a decrease that was ≥6.25 kHz (Figs. 6c & 6c').

The apoptotic and necrotic pathways are distinguished as follows: apoptosis is identified by a continuous trace of treated cell from viable to early-late apoptosis and further to nonviable cells, while a direct trace from viable to nonviable quadrant is labeled as necrosis [ 5].

Here the modulation appeared excitation-inhibition-coupled, as identified by calculating a continuous power-index for the relevant 20 100 Hz band of neural activity ( =  filtered variance in the time domain) in the left or right optic lobe (Figs. 9A; red and blue traces, respectively).

At coarse level, a head is identified by a few discrete poses, but it might be estimated by a continuous angular measurement according to multiple degrees of freedom.

Awake state was marked by the presence of low-amplitude fast activity; SWS was identified by continuous high-amplitude slow activity and regular appearance of spindles; transitions from SWS into rapid eye movement (REM) sleep were identified by a decrease in high-amplitude slow activity, increase of theta activity and presence of spindles.

Microtwinning by merohedry, probably in two antichiral domains in space groups P31 and P32, was identified by sharp continuous diffraction in h0l patterns from epitaxially crystallized samples.

In Figure 2 this cycle is identified by continuous black arrows.

*True positive (yes/yes) designates cell identified by Dynamic Continuous-Area Space-Time (DYCAST) model as high risk before or on the date of onset of illness of earliest case located within cell.

Finally, we also controlled statistically for the modest amount of genetic heterogeneity that is present, variously at the level of 'breed', the level of three weakly defined genetic clusters identified by STRUCTURE and through a continuous adjustment afforded by the principal component-based approach.