Sentence examples for statistical propagation from inspiring English sources

Then, a statistical propagation model proposed by [18] is used to model the prorogation loss between the nodes in the system.

A statistical error propagation method was employed for this study.

Thus, once the method by which the unburned droplet nearest to the flame front is ignited is identified and formulated into a simple algorithm rule, we can examine by computer simulation the statistical flame propagation behavior in a non- or less-volatile fuel spray in the framework of the percolation theory.

The entropy of binding (− TΔ S°) was calculated using Ka and Δ H° via eq 2. 2 The standard errors of the mean for Δ G° and − TΔ S° in Table 1 were estimated on the basis of the standard error of the mean of Ka and Δ H° using the statistical error propagation method.

It should be noted that the measurement campaigns were conducted while no one was in the room, to ensure statistical stationarity of propagation.

To the best of our knowledge, spatial efficiency metrics have not been thoroughly investigated for efficient design of cellular network, particularly taking into account the statistical behavior of propagation environment modelled as Nakagami-m distribution.

The source is defined by many trials of randomly selected modal powers and modal phases, and with an efficient model of duct propagation, statistical descriptions of realized attenuation are generated with repeatable mean and standard deviation.

Due to the high cost and measurement difficulties of in situ tests in modulus determination, the predictive models using regression based statistical methods, back propagation neural networks (BPNN) and fuzzy systems are recently employed for the indirect estimation of the modulus.

Instead, it is necessary to take into account the multiple scattering of the detected photons and to use statistical diffuse light propagation algorithms to reconstruct the 3D fluorescence quantum efficiency and lifetime distributions based on the probable trajectories of the detected photons.

This work focuses on the statistical treatment of the propagation parameters within individual clusters (intracluster statistics) and the change in these parameters from one cluster to another (intercluster statistics).

Copolymer depiction and propagation in statistical copolymerization are explained.