Sentence examples for underlying frequency from inspiring English sources

Finally, the growing importance of techniques for dynamic spectrum access in next-generation wireless systems should also be taken into consideration in the design of efficient DCA algorithms, together with the diverse characteristics of the underlying frequency bands.

Children in North America appear to have a higher rate of ADHD than children in Africa and the Middle East; this is believed to be due to differing methods of diagnosis rather than a difference in underlying frequency.

We clarify this idea in the subsection "Synaptic mechanisms underlying frequency dependence and responsiveness of immature and mature GC".

In addition, we have included a better explanation of these results in the subsection "Synaptic mechanisms underlying frequency dependence and responsiveness of immature and mature GC ".

This asymmetry confirmed our second prediction, and implies that processes underlying payoff preference are more dependent on central resources than those underlying frequency preference.

We changed the subsection "Synaptic mechanisms underlying frequency dependence and responsiveness of immature and mature GC" to better explain how the different rising kinetics of the recruited inhibition between matGC and 4wpiGC determines a different time window in which inhibition restricts excitation.

Concerning the presented tomographical analyses, our procedure has been suggested by and is in agreement with several EEG/MEG source localization studies that have investigated the neuronal generators underlying frequency-specific power changes (e.g. [20], [37] [39]).

We have not tested the perceptual and behavioural mechanisms underlying frequency-dependent foraging, therefore we have avoided invoking search image formation as the specific ultimate cause of rare form advantage.

While this does not drastically change our questions regarding seasonal variation in auditory sensitivity, it can inform our thinking about how and why species like midshipman evolved the physiological and genetic mechanisms underlying frequency-dependent seasonal plasticity in hearing.

Notice the "fringes" associated with oscillations of the distribution whose frequency is related to the underlying phonon frequency.

We fit three different beta curves to the observed allele frequency estimations, representing three different underlying allele frequency distributions introduced by the three different genotypes using a beta-mixture model with an expectation-maximization algorithm.