Sentence examples for faster modulation rates from inspiring English sources

A recent study [93] suggest that the additional axis may be that of temporal sound features, with slower temporal modulation rates represented more medially and faster modulation rates more laterally on Heschl's gyrus, creating an additional modulation axis orthogonal to cochleotopic gradient, at least in the core areas.

This is realized by using a range of physiologically valid temporal modulation rates (from slow to fast: 2 32 Hz) and spectral resolution scales (narrow to broad: 0.125 to 8 cycles per octave).

Electrophysiology studies in non-human primates have shown tuning of individual neurons to different modulation rates and suggest a tendency for neurons in primary fields to prefer faster rates than neurons in field higher up the hierarchy (Bieser and Muller-Preuss, 1996; Liang et al., 2002): see also (Joris et al., 2004).

Thus, for thinner samples the fast surface recombination process will shorten the FCCs life time and consequently will increase the modulation rates.

Low modulation rates dominate temporally encoded auditory cortical activity [6].

Populating transient electronic excited states should allow much faster modulation effects without significant structural changes.

Representation of amplitude modulation rates in the auditory cortex.

Elevated modulation detection thresholds at slower modulation rates in combination with virtually no perception of modulations at high modulation rates are sufficient to disrupt the perception of amplitude envelop cues in normal speech.

Since any (R_{j}(x)) switches sign uniformly (2^{j}) times over the interval ([0,1]), the fastest sign-modulation rate in (operatorname {PAL}_{k}(x)) derives from the highest order Rademacher function (R_{m k)}(x)), which switches sign (2^{m k)}) times over ([0,1]).

), f c represents the center frequency, T p is the pulse width, γ is he frequency modulation rate, and t is the fast time.

The fast surface recombination is in time scale of hundreds of nanoseconds which translates to more than 1 MHz in modulation rate.