In this approach, discrete and evolutionary feature extraction methods are applied on the benchmark Golgi protein datasets to excerpt salient, propound and variant numerical descriptors.
Globally linearizing control, a differential geometry-based technique (continuous), and nonlinear predictive control, an optimization-based approach (discrete), are compared for temperature control of a classical exothermic CSTR.
The DST code construction presented in this section, and particularly the use of high-diversity transforms, results with code alphabet of increased cardinality and non-uniform distribution which tends to approach (discrete) Gaussian even for small transform dimensions.
It adopts the k ε model of standard turbulence, applies staggered grid and finite volume approach discrete equation analysis, and simulates for predicting indoor air distribution of isothermal jet in the large space.
A matching pursuit (MP) based approach, discrete Fourier transform (DFT) with Hanning windowing with and without zero padding, Hankel total least squares (HTLS) and wavelet methods were compared in the analyses.
It was believed that with this supraorbital approach, discrete lesions could be performed without disturbing the blood supply of surrounding areas.
In this approach, discrete narratives are compared within common themes which are integrated across narratives in order to articulate a theory of how the themes are related to each other.
It must, however, be stated that the agent-based approach and discrete computational approaches, in general, are typically less utilized to simulate bulk phenomena, where population behaviour holds more significance than individual behaviour, at least within currently available computational resources.
Generally, IBMs can be classified into two categories, i.e., the continuous force approach and discrete force approach [1].
The proposed approach combines discrete and continuous approaches in order to construct speeder and simpler reduced model.
