Sentence examples for dynamics form from inspiring English sources

When the program is run, the resulting mathematical dynamics form an analog of the behaviour of the real system, with the results presented in the form of data.

The control input is utilized as the augmenting state term and the system is represented in augmented dynamics form which enables to handle the design of the H∞ output feedback controller in terms of convex linear matrix inequalities (LMI) form which can be solved via interior-point algorithms.

"Over the years, analogous strategies of variation would be applied to pitch, rhythm, dynamics, form, and a host of other parameters, all with the goal of accommodating the nonlinear aspect of videogames".

A relatively unbiased RNAi-based screen found that genes which modulate β1 integrin and regulators of actin dynamics form two of three major nodes that regulate cell migration [34].

Combined with the observation that striatal inactivation caused a specific decrement in timing performance, these data suggest that striatal dynamics form a central neural representation of time that guides animals' decisions about duration.

In this synergistic approach molecular dynamics forms an integral part of a feedback loop of hypothesis, experimental design, and interpretation that conforms to the scientific method.

While with p-type electrodes we could not find a spatial bifurcation upon varying the parameters, stable domain-type patterns with distinct dynamics formed spontaneously when lowering the illumination intensity.

As noted by Gross and Blasius in [4], however, real OSNs typically exhibit both types of dynamics, forming an adaptive, or co-evolutionary, system in which the network topology and the state of nodes/links affect each other through a (rather poorly understood) feedback loop.

The interplay between life-history evolution and population dynamics, which can be manifest by so-called eco-evolutionary dynamics, forms a fundamental link between evolutionary biology and population ecology (Kinnison and Hairston 2007; Palkovacs et al. 2012).

Two quorum-sensing signal transduction circuits have been designed that simulate a synthetic ecosystem and mimic the plausible response that a natural system would have in the dynamics formed by changing environmental factors.

The aim of this work is to investigate how such higher layers may exploit the input layer dynamics formed from prior learning about categories in order to segment a visual scene composed of multiple stimuli and learn transformation-invariant representations of them as they move in lockstep across the input layer.