Sentence examples for be modeled through a from inspiring English sources
On the other hand, the observation knowledge can be modeled through a Bayesian mass m2 defined on Ω by m 2 ( x n = ω k ) ∝ p ( y n | x n = ω k ).
We have shown that the global SON problem can be modeled through a MDP, which can be organized onto simpler subproblems to favor scalability and modeled by means of subMDP.
The first sensor being Bayesian, the observation knowledge may then be modeled through a probabilistic mass function m1 defined by m 1 ( x ) = Π n = 1 N m 1 ( x n ) ∝ Π n = 1 N p ( y n 1 | x n ).
After data collection, a plate fin heat exchanger will be modeled through a CFD commercial code (Ansys Fluent); geometry of different fins, heat transfer, and pressure drop in different Reynolds numbers will be estimated; and finally, the obtained results will be compared and analyzed to find the highest rate of heat transfer for Reynolds numbers.
For videos that are popular over long periods of time (those that receive views during at least half a year), Gursun et al. [32] observe that the daily number of views can be modeled through a time series predictiontime series prediction model using Autoregressive Moving Average (ARMA).
The term "Generalized" in this context means that different distributions (e.g. normal, dichotomous, Poisson) can be modeled through a link function.
This result can explain why differences in substitution rates have been observed in different lineages, and indicate that the effect of population bottlenecks on substitution rates cannot be modeled through an appropriate modification of the effective population size.
This means that WTP can be modelled through a standard Tobit model, the Heckman selection model or a double hurdle model depending on the assumptions that are made about the observed zero WTP values.
The last of these independent variables and its corresponding regression function parameter allows a potential change in the APC occurring after 1991 to be modelled through a join-point [ 20].
It is modeled through a continuous approach thanks to a neural network.
Fracture is modeled through a constitutive softening-fracture law at the boundary nodes.
