An intriguing feature of the cerebellar cortex is its highly ordered circuitry and architectures, and understanding the function of this stereotypic circuitry and neuronal architectures is needed to unravel the nature of the neural computations performed by the cerebellar cortex.
However, the application of search operators changes the PLA organization, and consequently may violate the architectural styles rules, impacting negatively in the architecture understanding.
Therefore, being inspired by sustainable/ecologic approaches, this study aimed to develop a model for the use of generative architecture understanding that can benefit from natural energy sources at maximum level, in architectural design education.
This scheme can now be applied to subsurface samples to assist characterization of subsurface deepwater channel-levee complex architecture, understanding of which is vital for hydrocarbon exploration.
Basin floor fans contain some of the largest deep-water hydrocarbon accumulations discovered, however they also demonstrate extremely complex stratigraphic architecture, understanding of which is crucial for maximum recovery.
This allows a palynofacies classification scheme to be developed to recognise architectural elements, which may be applied to sub-surface samples to assist the characterization of deep-water mini-basin architecture, understanding of which is crucial for hydrocarbon exploration and development.
Proteins constructed from linear arrays of tandem repeats provide a simplified architecture for understanding protein folding.
Polymer chemistry is currently making the first steps in controlling molecular architecture and understanding the distinctive properties of molecular brushers.
An understanding of the range of processes generating these channel-form surfaces is pivotal for interpreting fluvial architecture and understanding sequence-boundary genesis.
The current paper reviews the concept of power and offers a new architecture for understanding how power guides and shapes consumer behavior.
As such, it remains to be seen whether the renovation of acid base assessment afforded by the Stewart approach constitutes a radical new architecture for understanding acid base physiology, or whether it is simply a new façade.
