Sentence examples for model architecture where from inspiring English sources

The term shape is used as a generalized conceptualization of model architecture where architecture references the unique composition of a model (i.e. the penetrance values and arrangement of those values across genotypes).

It was found difficult to reproduce these observations with the original model architecture, where Akt activation and GLUT4 translocation are described by algebraic expressions depending on PIP3 levels; moreover, it was felt preferable to use differential equations to describe all reactions.

They correspond to model architectures where the negative feedback loop, the positive feedback loop, or both loops are essential for fixed period oscillations.

We will describe the integration concept of the feature weights in the evolving fuzzy classifiers, using single and multi-model architecture, where FLEXFIS-Class SM and FLEXFIS-Class MM serve as training engines.

In this paper, we present a new acoustic-model architecture where parameters are massively factored, with the purpose of reducing the memory footprint of an embedded ASR system whilst preserving the recognition accuracy.

We test these hypotheses in the general framework of deep learning methods through a hidden Markov model (HMM /DNN architecture where the emission probabilities of the HMM states are estimated with DNNs.

While linear mixed models implicitly assume that all SNPs have an effect on the phenotype (an infinitesimal genetic architecture), it is widely believed that disease phenotypes do not follow an infinitesimal model and that modeling a genetic architecture where most SNPs have negligible effect and some have modest effect (a noninfinitesimal genetic architecture) would increase power.

The research of cognitive architecture actually began in the 1980s to implement a cognitive model in computational architecture, where the "ACT-R (Adaptive Control of Thought-Rational)" and "Soar" are the most popular cognitive architectures [23].

Variation in PHT is well explained by Fisher's infinitesimal model of genetic architecture where infinitely many unlinked genes each contribute an infinitesimally small additive effect (Fisher 1919; Hill 2010).

This paper discusses the design and development of the 'ZCB Bamboo Pavilion', a 30-metres-spanning, light-weight, bending-active gridshell from hand-tied bamboo poles, as a case study for the computational design and building information modelling of nonstandard architecture where both applied materials and employed craftsmanship are highly unpredictable in terms of accuracy and precision.

Thus, we demonstrate that from an engineering modeling perspective, an FTE CDI cell can be described with simpler one-dimensional models, unlike more typical flow-between electrodes architecture where 2D models are required.