Sentence examples for compositional architecture from inspiring English sources
'compositional architecture' is a correct and usable phrase in written English
It is most commonly used to refer to an organized, hierarchical structure of content that is composed of smaller parts. For example, "The website's compositional architecture is designed to make it easy for users to locate information quickly and efficiently."
Ceramic materials are resembled with bone compositional architecture and better bioactivity, degradability as well as antimicrobial activity made its enormous application in bone tissue engineering (BTE).
A compositional architecture allows you to generate arbitrary constructions based on a limited set of starting units, a property referred to as productivity.
The possibility of the compositional architecture on the base of fcc crystalline silicon and oxygen-containing YH3 compounds has been suggested.
We here use in situ nanometre-scale techniques to investigate the structural and compositional architecture in a 3.3 billion-year (Ga) old microbial biofilm from the Barberton greenstone belt, thus documenting in situ calcification that was most likely related to anoxygenic photosynthesis.
In order to support role dynamicity, a compositional agent architecture allowing dynamic role integration and enactment is proposed.
The ACG framework (de Groote 2001a) is a meta-theory of compositional grammar architectures.
This paper introduces an enhancement to DeSTIN – a compositional deep learning architecture in which each layer consists of multiple instantiations of a common node – that learns to represent spatiotemporal patterns in data based on a novel recurrent clustering algorithm.
We examine correlates of global recombination rate across thirty phylogenetically diverse angiosperm species, with respect to genome architecture, compositional biases, and dN/dS in 3748 single-copy nuclear genes.
In animal mitochondria, genomic features such as mutation rate, gene content, genome architecture, compositional properties, and gene strand asymmetry are variable among taxa, reflecting their different evolutionary histories (Gissi et al. 2008).
Their remarkable progression, facilitated by the use of different device architectures, compositional engineering, and processing methodologies, contrasts with the lack of understanding of the materials properties and interface phenomena.
To elucidate how soil type and chemical amendments influence both the trajectories that follow early compositional changes and the architecture of the community bacterial networks in soil bacterial succession, a time series experiment of soil microcosm experiments was performed.
