Sentence examples for dynamic magnitude from inspiring English sources

The evaluation results of polar CVNN model prove to be more adequate to accurately describe the nonlinear dynamic magnitude and phase distortions of RSOA, compared to double-input double-output real-valued neural network (RVNN) rectangular structure.

This is because compared to the higher-order QAM symbols, the lower-order QAM symbols have a less dynamic magnitude and the moments in (30) and (31) can be averaged out more accurately by using (40) with the same number of measured samples.

Graphic dependence of kinematic and dynamic magnitudes of some solid bodies is closely connected with the dependence on the velocity of shift of the drive member as well as with dependence on the time.

While the patella normally develops under dynamic magnitudes of stress, fluid velocity and pore pressure (Figure 5B D, indicated by *; compare Flex and Extend), in rigid paralysis, the territory of elevated stimulation is restricted and the dynamic aspect is lost.

In order to better illustrate the dynamic and magnitude of these changes in gene expression, and the distribution of the signal intensities obtained from each probe, an example of a scatter plot representing the data from a single time point comparing pollinated ovule (16 DAP) versus unfertilized ovule is shown in Figure 1B.

St . Judeinvestigators found that the modeled exchange rate of contrast agent between plasma and tumor extracellular fluid space, designated kep, and the dynamic vector magnitude (DVM), which incorporates the initial rate of contrast uptake and the maximum enhancement, are useful measures of osteosarcoma viability.

The DNN7 is trained to predict both the static and the dynamic log-magnitude spectra.

We now investigate the effect of predicting dynamic log-magnitude spectra and using them to improve the static spectra.

At high speeds the main cause for increased fatigue impact is the increase in dynamic load magnitudes.

Broadband dynamic stiffness magnitudes (say up to 5 kHz) are computationally verified for axial, torsional, shear, flexural, and coupled stiffness terms using a finite element model.

The primary aim is to establish the zone of prominence of hydroelasticity, study the maximum dynamic stress magnitudes under various loading conditions and structural parameters; and draw conclusions leading to insights into sound structural designs.