Sentence examples for frequency manipulation from inspiring English sources

This is due to the fact that the frequency manipulation has a higher sparsity coefficient, that is, more measurements are needed for signal reconstruction.

The field distributions at the cross-sections of outlets verify the single second mode transparency and indicate the mechanism of its frequency manipulation, which will significantly benefit the mode-control engineering in terahertz applications.

The sampling frequency manipulation was also used to yield insight regarding how time series length influences the various entropy calculations.

In other words, we can be confident that our frequency manipulation was successful and LANs were indeed present independent of the frequency status of the verbs.

Therefore, although our paradigm was more sensitive to the neuronal effect than to the behavioral effect, we believe the neuronal effect contributes to our understanding of the syllable frequency manipulation.

We report on the design and performance of an experimental setup dedicated to the high-frequency manipulation of individual electron spins in quantum dots in the milliKelvin temperature range.

The effect of radio-frequency manipulations on spin systems is discussed using Average Hamiltonian Theory (AHT), Average Liouvillian Theory (ALT), and Bloch Wangsness Redfield (BWR) relaxation theory.

This study uses spectrally-rotated speech [8] (Figure 1; recorded examples provided in Supporting Information Audio S1, Audio S2), obtained by inverting the speech spectrum around a center frequency, a manipulation that has been used as a non-phonological control stimulus in human neuroimaging studies [1] [3], [6], [7].

In common ravens (Corvus corax), the presence of a sibling has been found to increase latency to approach novel objects, though it additionally increases the frequency of manipulation, at 3 and 6 months of age (Stowe et al. 2006).

More in-depth discussion about the low-frequency particle manipulation is outside the scope of this work.

Improving dexterity, that is, achieving high operation frequencies and manipulation accuracy; Providing patients with exteroceptive and proprioceptive information; Finding ways to embed sensors in an artificial skin that is cosmetically acceptable and mechanically compliant; Developing shared control algorithms that make it possible to identify and act according to voluntary motor commands.