The phrase "functioning dynamics" is correct and can be used in written English. It refers to the operations or interactions that make something work or operate effectively. Example: The functioning dynamics of our team allow us to efficiently complete projects and work together seamlessly.
Several models of supervised ANNs have been used, differentiated by topology and having their functioning dynamics managed by particular learning laws.
A simulation of an interdiction campaign starting now suggests that by 2010 real total GDP would have fallen by 10.7%, and "licit GDP" would not have grown at all.* "Afghanistan's Drug Industry: Structure, Functioning, Dynamics and Implications for Counter-Narcotics Policy", The United Nations Office on Drugs and Crime and the World Bank.
Though much of Baudrillard's work is concerned to account for our televisual world in terms of its functioning, dynamics, and impact upon knowledge, society and liberty, it is his claim that humanity has entered a fundamentally different paradigm that is of most relevance to this discussion.
Dynamical GRN models enable a rigorous distinction between structure (topology) and function (dynamics).
Remarkably, we observed five dominant structures from the pooled ∆ERCs that represented functional network dynamics, where each structure contained a comprehensive fingerprint of network function, dynamics, and anatomy.
He was the author of a number of papers and memoirs on the approximation to functions of very large numbers, discontinuous functions, dynamics, and other mathematical subjects.
(a) shows the original map: the presence of the dominant source in P3 compresses the function dynamics at other points.
Soil hydrology can, in turn, be used to explain soil features (soil morphology), distributions (soil geography) and ecosystem functions (dynamics).
Future work will continue to explore hypoxia-induced effects and help to position mitochondrial function, dynamics, and signaling within MSC differentiation.
We next provide a critical overview of mathematical approaches, ranging from phenomenological to mechanistic, to decipher the principles that govern the function, dynamics and evolution of microbial ecosystems.
This review presents structure-function dynamics ranging from the whole membrane system over the mesoscopic level (protein ensembles) down to interactions between lipids and protein complexes.
