Sentence examples for modulation in high-frequency from inspiring English sources

Our decoding was mainly based on power modulation in high-frequency bands (e.g., Figure 3).

We note that the exact relationship between the rapid power modulation in high-frequency bands that we observed and the early component reported in EEG and MEG previously is unclear.

After the modulation, signals passed through a nonlinear PA operating in high-frequency bands, the nonlinear distortions will occur inevitably.

Further studies using a stimulus-evoked response paradigm will be required to reveal the relationship between the transient power increase we found in high-frequency bands and its power modulation by the phase of lower frequency oscillations.

Indeed, it has recently been shown that the degree of movement-related modulation of high-frequency oscillations by beta negatively correlates with bradykinesia/rigidity scores and that in the on-medication state the high-frequency oscillations are released from lower-frequency coupling and demonstrate marked amplitude modulation related to movement.

When simultaneously applying both low and high frequencies to a sample, the low-frequency wave causes modulation of the high-frequency wave at the contact-type defects in the sample.

Recent intracranial EEG work in humans, using subdural electrodes recorded theta phase-modulation of high-frequency (80 150 Hz) gamma power (Canolty et al., 2006).

This is done by modulation of the high-frequency carrier.

Finally, the temporal independence of co-modulations in high-gamma frequency and amplitude, and of these and amplitude and frequency co-modulation in the theta/alpha, beta and low-gamma bands supports the idea that synchronisation at different frequencies could provide a means of functionally segregating processing streams that may then be multiplexed in the motor system (Fogelson et al., 2006).

HR spectral power in the high-frequency region is a measure of parasympathetic modulation, while spectral power in the low-frequency region provides a measure of both sympathetic and parasympathetic modulation.

We used the area under the curve in the high-frequency range (0.15 0.40 Hz) to estimate parasympathetic modulation of variability.