Sentence examples for model the complicated from inspiring English sources

In order to model the complicated interaction between each participant, we will first address this issue from the aspect of utility function.

At present, our knowledge of IN is less complete than that of CCN because of insufficient availability of measurements and experimental data to model the complicated ice-nucleation process (Pruppacher and Klett 1997).

In this study, combined pattern recognition neural network (PRNN) and principle component analysis (PCA) architecture has been proposed in order to model the complicated relationship between miRNAs and their target mRNAs in humans.

The main problem in predicting the dynamics of these machines is to model the complicated fibre breaking process, since the refining process leads to a three-phase flow (solid wood, water and steam) between the stator and rotor.

Zhang et al. [10] have shown that the NNs models give significantly higher accuracy than the linear regression approaches in the prediction of future AP concentrations, because it can model the complicated non-linear relationships between independent variables and objective functions.

In order to develop a simulation capability for the engineering design of structural components made from such materials, it is necessary to formulate continuum-level constitutive equations which faithfully model the complicated experimentally observed pressure- and strain-rate-sensitive response of these materials.

BN provides a powerful framework for modeling the complicated hidden relationships that explain the observed chromatin patterns in a genome.

Finally, using the 3-D earth's model including the complicated land-ocean distribution and bathymetry, we examined the coastal effect on GIE at the frequency of 0.001 Hz.

Bilgen and Barabino [ 138] took advantage of CFD modeling to characterize the complicated hydrodynamic environment of a wavy-walled bioreactor applied for cultivation of tissue-engineered cartilage structures.

The model is based on large-eddy simulation (LES) methodology in conjunction with detailed gas-phase chemical kinetics to accurately model the highly complicated combustion and nucleation processes in a turbulent flame.

Predictive disease modeling attempts to exploit the complicated relationship between disease outbreaks and measurable environmental, biological, ecological and sociopolitical variables.