In this work, using the framework of generalized nonlocal continua, a thermodynamically-consistent micromorphic formulation using appropriate micromorphic state variables and their first gradients, is proposed in order to extend the classical local constitutive equations by incorporating appropriate characteristic internal lengths.
Papke and Wooldridge (1996) used a logistic function for G y, x′) in the framework of generalized linear models (GLM) [that is, ( Gleft( y,{x}^{prime}right)=frac{ exp left( y,{x}^{prime}right)}{1+ exp left( y,{x}^{prime}right)} )] which was extensively discussed in their paper.
For each disease category, we applied a semi-parametric Poisson regression method under the framework of generalized additive model (GAM) [ 12], to the weekly numbers of mortality.
We estimated excess hazard ratios (EHR) of death associated with female gender within five years after diagnosis in the framework of generalized linear models using a Poisson assumption for the number of observed deaths [ 12].
Generated data were analyzed within the framework of generalized logistic regression as implemented in the difR package under genDichoDif (method= genLogistic") function (Magis et al. [2013]) in R (R Development Core Team [2012]).
The following theorem is a useful necessary and sufficient result for the boundedness of (I_{alpha}) in the framework of generalized Orlicz-Morrey space.
Two detectors are devised in the framework of generalized likelihood ratio test.
The framework of generalized dynamic neural networks does not require any data preprocessing, visual data inspection or subjective feature extraction.
We briefly reviewed one definition of dose addition, which is applicable within the framework of generalized linear models.
Three-dimensional Green's functions (GFs) of steady-state motion in linear anisotropic elastic half-space and bimaterials are derived within the framework of generalized Stroh formalism and two-dimensional Fourier transforms.
Localized approximations and localized beam models have been particularly useful for speeding up numerical computations in the framework of generalized Lorenz Mie theories (GLMTs), i.e. theories dealing with the interaction between electromagnetic arbitrary shaped beams and a regular particle, allowing one to solve the problem by using the method of separation of variables.
