Sentence examples for common perturbation from inspiring English sources
The method of multiple scales is one of the most common perturbation methods used to investigate approximate analytical solutions of dynamical systems.
Considering a large number of heat pumps, a robust control strategy to regulate the load demand profile by a common perturbation u to the temperature set-point under a centralized control strategy could be applied [18, 20, 23].
Therefore, we suggest that in normal conditions vision and proprioception share the same allocentric reference frame and this common frame is used in order to guide pointing movements also when a common perturbation is applied to both sensory channels.
Using the native state as the prevalent form and focusing on the early events, we have shown here that combining the observations from all-atom simulations of ten PrP pathogenic mutants contained in the α2-α3 region, depicts a common perturbation pathway that is supported by previous unrelated experimental findings.
One common perturbation to the ErbB network found in breast, lung and colon cancers is the overexpression of ErbB2 (HErbB2
We have reported before that the xenobiotic metabolism network model can capture the common perturbation from several independent datasets [ 22, 23].
Circuits containing this mechanism temporally integrated their inputs, generated the irregular neural firing observed during persistent activity and were robust against common perturbations that severely disrupted previous models of short-term memory storage.
According to the robustness paradigm cells and organisms evolved into a state of highly optimized tolerance (HOT), which provides robustness to common perturbations, but causes tradeoffs generally characterized as "robust yet fragile".
In a narrow interpretation of these data, Hsp90 is seen as a contributor to the extraordinary resistance of biological systems to common perturbations such as mutation.
Using GINsim, common perturbations such as gene knock-outs or ectopic gene expressions, as well as their effects, can be easily simulated.
The most common perturbations of size 3 are activation of both TGF-β and NFκB or repression of these entities in addition to activation of the entity BCL2A1.
