Promising approaches to the expansion of these studies on the basic interplay between topology and dynamics to general signaling network structures include more abstract representations like those used in [14] and [15], because they allow for a systematic evaluation of theoretically possible alternative network designs and thus to arrive at theoretical statements of general validity.
As in the doctrines of the objective (intersubjective), universal, unifying value of observation language, Neurath claimed that simple visual representations were theoretically- and value-neutral, eliminating judgment, at least compared to verbal expressions (and theoretical statements) (ibid., 234).
He is, therefore, only interested in Plato's theoretical statements.
Simulation of a benchmark example verifies the theoretical statements.
Yet, since there is no consensus on certain theoretical statements, such as creation, he is not bound to conform.
Using the observer and controller gains by solving LMIs, we carry out numerical simulations which verify theoretical statements.
The theoretical statements are illustrated with a numerical experiment concerning the optimal parameter identification on the free-damped-noisy response of a single-degree-of-freedom system.
Numerical results are shown to confirm our theoretical statements, and applications to problems in unbounded domains with the use of PML are presented.
The strength of this book lies not only in its extremely clear and nuanced theoretical statements, but also in its rich historical narrative.
Today, the overlap in these distinct theoretical statements is widely recognized, and they are thus increasingly treated in an integrative fashion, so as to create a more general crime opportunity perspective.
To assess the structural validity of our simulations, we perform sensitivity analyses on the initial population size and spatial distribution, and compare our results with theoretical statements, garnered from both previous modelling experiences and repeated field observations.
