Sentence examples for approach of dynamical from inspiring English sources

The overall purpose of this narrative review was to use the constraints-led approach of dynamical systems theory to examine how various constraints acting upon the wheelchair-user interface may alter hand rim wheelchair performance during sporting activities, and to a lesser extent, their injury risk.

In this article we address the question whether the approach of discrete dynamical network models is a more general method, namely whether constructing predictive dynamical models for regulation of proteins and genes from Boolean networks is a straightforward procedure that generalizes to other organisms.

Recently, the approach of combining dynamical downscaling with statistical downscaling has been explored.

Cellular automata (CA) represent an interesting approach to the modelling of dynamical systems evolving on the basis of local interactions and internal transformations.

This paper presents an integrated control design approach for a class of dynamical systems that satisfy a certain matching condition subject to known input time-delay, unknown parameters, and time-varying disturbances, simultaneously.

The chapter explains new systems biology (NSB) as a cluster of methodological approaches for the analysis of dynamical behavior in networks that sits at the confluence of a number of disciplines.

Moreover, the explanatory power of dynamical systems approaches relative to rival computational approaches has been challenged (e.g., Clark 1998).

An approach based on the theory of dynamical systems is used to derive rigorously effective or pseudohomogeneous type models for catalytic reactors.

Recently, a general non-parametric probabilistic approach of model uncertainties for dynamical systems has been proposed using the random matrix theory.

In the second approach the dynamical evolution of the non-linear system of differential equations is explored and the results compared with those obtained in the first model.

Back-translation is a concept introduced in relation to core-box modelling [ 1, 24, 25], which is an approach that tries to combine the strengths of input-output approaches (reduced unidentifiability) with the strengths of dynamical reduction methods (preserved interpretability).