The models described below will be helpful in this pursuit.
The modeling approach used to build the CBN models (described below) uses BEL.
Finally, a few words about the broader epistemological/methodological background to the models described below.
We derive the wellbore geochemical model by combining the lithologic model with cement hydration and carbonation models described below.
To demonstrate the concept and methodology of prediction-driven MMPs, we used the following two QSAR/QSPR models, described below and summarized in Table 4.
The impact of the correlations was examined by repeating the parameterization of the models described below with both data sets separately and then both together.
The response θ was employed in statistical models (described below) in two ways: first, with a logistic transformation, logit, and second, with a double-log transformation.
We should stress that of all LP models described below, the pitch prediction model described in Section 4.3 is the only model in which the harmonicity property is exploited.
The performance of the different LP models described below will be evaluated for three types of audio signals: synthetic audio signals consisting of a sum of harmonic sinusoids in white noise, true monophonic audio signals, and true polyphonic audio signals.
This training session consisted of pre-course reading material, a short didactic component (covering the basics of ultrasound physics, instrumentation and the use of ultrasound for detection of soft tissue foreign bodies), and supervised bedside teaching using volunteer models and experimental models (described below).
Since arbitrary PA characteristics can be generated for simulation, in addition to the soft envelope limiter and erf models described in Section 3.1, we consider the well-adopted Rapp and Saleh models described below as our reference of more practical PA models.
