Sentence examples for robust attenuation from inspiring English sources
Adaptive-passive vibration control achieves robust attenuation of a harmonic excitation through tuning a reactive device.
Another important challenge is to develop a robust attenuation correction technique to accurately quantify the standardized uptake values (SUVs), since MRI signal does not contain information about tissue attenuation but reflects the distribution of protons.
Growth in suspension caused a robust attenuation of general protein synthesis as measured by 35S-Met incorporation (Fig 1C).
Control animals showed a robust attenuation of both the pASR and the gASR regardless of the frequency that was tested (Figure 3).
Relative to the full startle response amplitude (100%) gASR testing at 12 kHz (Figure 3B) resulted in a robust attenuation of startle (26%±2.92).
However, co-treating ApoE−/− mice with CDCA and gemfibrozil resulted in a robust attenuation of CD36 expression on monocyte's cell surface and completely reversed the effect exerted by ritonavir (Figure 6A; P<0.05 and P<0.01 versus ApoE−/− naïve and ApoE−/− plus ritonavir, respectively).
Through employing the Lyapunov stability theory, the feasibility criteria for analysis of robust disturbance attenuation performance are derived first.
The problem is to design a set of local (decentralized) controllers which stabilize the overall system and guarantee robust disturbance attenuation in the presence of the uncertainty in interconnections between subsystems as well as in each subsystem.
Sufficient delay-independent conditions for ensuring robust performances (attenuation level) and dynamic performances (exponential convergence) of the estimation error are provided in terms of LMIs using the Lyapunov-Krasovskii method.
Because spurious events may also appear erroneously in regions of the image where there is no true activity, the implementation of robust scatter and attenuation corrections appears essential [17, 23 25].
They argue that the rapid and robust (within session) attenuation of N1 arises from bottom-up processes that overtime influence top-down (i.e., cortico-cortico) connections linked to auditory memory to produce neural enhancements of P2 to repetitive stimulation.
