Sentence examples for mechanisms being able from inspiring English sources

For most sensing mechanisms, being able to quickly adapt to a steady-state environmental cue is advantageous in that detection can be adjusted to become more sensitive to the changes, rather than absolute amount, of the modulator [20]; this increases the dynamic range of sensing.

Furthermore, in different solid tumours, variable MMP-2 protein amounts with insignificant expression of MMP-2 mRNA have been shown and correlated to feedback mechanisms, being able to shut off messenger expression after the secretion and/or binding of the protein [ 32].

Such mechanisms are able to prioritize RT-traffic over other traffic, without directly controlling the latter.

It then appears that many different models from very different physical mechanisms are able to reproduce the frequency magnitude distribution of the seismicity in EGS reservoirs.

The mechanistic modeling of the fatigue mechanisms was able to accommodate the complex temperature variations and loading conditions of the field pavements in a rigorous manner.

A computational flow model incorporating current Si/H/O chemical mechanisms is able to qualitatively reproduce some aspects of the observed profiles, but significant discrepancies remain.

As it has been concluded in [7], the network-based mechanisms can provide optimal system-wide performance only if the mechanisms are able to adapt to network conditions, e.g., user distribution and radio access load.

These instances are partly as a result of the direct communication pathway (Figure 2) and also due to the inevitable lag-time before official mechanisms are able to work.

In particular, the examples with natural video sequences provided in this paper demonstrate that neural circuits with nonlinear receptive fields and highly nonlinear spike generating mechanisms are able to faithfully represent natural visual stimuli.

It was found that when proper thermodynamic assumptions are used, all mechanisms were able to accurately predict the experiments with superior performance from the well-validated AramcoMech 2.0 and Burke et al. mechanisms.

We demonstrate through simulation experiments under realistic workload models that the proposed mechanisms are able to satisfy QoS requirements of the most valuable users classes, without impacting too negatively on the other users.