Model-based methods are often used along with least squares to estimate (or to identify in equivalent but in more engineering terms) dynamic forces, parameters and malfunctions in mechanical systems, starting from experimental vibrations.
Malfunctions of these dynamic nodes affect the stability of the network and seriously modify cell behaviour.
The detailed understanding of the hierarchical topology is essential to understanding the dynamic behavior and the possible malfunction of regulatory networks.
The dynamic change in HSCs and likely malfunction of haematopoiesis in CCHD patients requires further study.
In the discrete parts industries, such as the auto industry, many product malfunctions are due to unanticipated dynamic interactions due to repeated use or misuse of components.
If not restored, this constant malfunctioning of neuromuscular control and flawed regulation of dynamic movements may lead to inappropriate muscular activity (i.e. over- or under-utilization) [ 19– 22].
The Glink system provides platform-level functions, such as instant messaging, message alerts, a cooperative office, a dynamic work log and an enterprise address book and effectively handles complex malfunctions and dispatches information via words, figures, and voice, this reducing the misjudgment of malfunctions and dispatching mistakes.
The obtained results suggest that the dynamic simulation models are capable to reliably predict the system response to failure malfunctions and to modifications in design and control structures.
In Europe, when patients are evaluated for suspected hydrocephalus, infusion testing is often used to characterize the CSF dynamic system to determine whether Rout is abnormal [ 12] and shunt malfunction is present [ 10, 13].
This malfunction is investigated by numerical simulations and analyses with the Computational Multi-Fluid Dynamic code.
