Sentence examples for evaluate the fluctuation of from inspiring English sources

Standard Deviation of Satisfaction is used to evaluate the fluctuation of the allocated bandwidth.

A Monte Carlo simulation is also presented in this work to evaluate the fluctuation of the upper bounds due to the statistical variation of the microstructure.

To see this transient K decrease, "the potassium dip," during ischemic attack, it would be necessary to evaluate the fluctuation of K level in individuals by comparing the data during an attack to those during stable phase.

We assume that the size of the ring and the number of particles tend to infinity proportionally and evaluate the fluctuations of tagged particles and currents as the time tends to infinity.

Taguchi Design was introduced to evaluate the fluctuations of the relative conversion factors (fx) of tea catechins, gallic acid and caffeine to epigallocatechin gallate.

To evaluate the fluctuations of conversion factors, we selected Salvia miltiorrhiza as an example to determine three components of tanshinones by SSDMC method.

The curve can also be drawn for arbitrary return period at suitable scales for stochastically evaluating the fluctuation of stream flow (Sugiyama et al. 2003).

One has to consider that this study does not aim at prediction of complicated CD courses with serology, but rather evaluates the fluctuations of the glycan markers longitudinally to assess, if and how already published cross sectional studies can be used for disease prediction.

The sum of squared difference (SSD) metric proposed in [27] can fairly evaluate the temporal fluctuation of the decoded video sequence, as recalled in Equation 8: SSD f = 1 card I ∑ x, t ∈ I i e t x - e ′ t x 2 I = I i ∑ x ∈ I i e t x 2 < τ, 1 ≤ i ≤ N, e t x = f t x - f t - 1 x e ′ t x = f ′ t x - f ′ t - 1 x (8).

Following the mathematical framework of Ishimaru (1997, Chapters 16 18, pp. 321 379), we derived an analytical equation to evaluate the amplitude fluctuations of spherical waves radiated by a point source in 3D inhomogeneous acoustic media.

Based on our theoretical investigation, we developed an equation to evaluate the amplitude fluctuations of time-harmonic waves that radiated isotropically from a point source and propagated spherically in acoustic von Kármán-type random media.