<p>Every interval consisted of two primary frequencies; all intervals had 523 as the lower frequency and 987, 1046, or 2092 as the upper frequency for 11, 12, and 24 respectively.</p
<p>(<b>A</b>) Note that in the music stimulus, the high sound energy (bright yellow colour) is distr...
<p>Black lines indicate the harmonics of the tone complex used as masker. The harmonics are multiple...
<p>(A) Top: spectrogram of six isolated words (deep, jazz, cause) and pseudowords (fook, ors, nim) p...
<p>(A) 12.5 Hz, (B) 16.6 Hz. The red vertical lines indicate the components of the stimulus frequenc...
<p>Spectrograms (spectral power indicated by darkness of shading plotted as a function of time vs. f...
<p>Spectrograms (top row) and oscillograms (bottom row) of an example of BOS and three temporal mani...
<p>A typical spectrogram (8192 points FFT, 4096 points Hanning window, 97% overlap) of a 10-min reco...
<p>Spectrograms (1024 point Hamming window, 75% overlap, 11.7 Hz frequency resolution) of noise play...
<p>Spectrograms of two unmodified vocalizations (A = Male Upsweep and F = 40 kHz Harm/2 Jump), and t...
<p>The variations in spectral energy influence the estimated fundamental frequency for each of the i...
<p>(A) Frequency spectrum of a 500 ms standard stimulus with spectral peak density of one ripple per...
<p>Sample spectrogram of a simakobu loud call indicating the parameters measured in the acoustic ana...
<p>For each frequency, the value is the number of times that this frequency appeared as a peak among...
<p>The primary frequencies from <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pon...
<p>A. A regular song spectrogram using a 10msec sliding window, showing power up to several kHz. B. ...
<p>(<b>A</b>) Note that in the music stimulus, the high sound energy (bright yellow colour) is distr...
<p>Black lines indicate the harmonics of the tone complex used as masker. The harmonics are multiple...
<p>(A) Top: spectrogram of six isolated words (deep, jazz, cause) and pseudowords (fook, ors, nim) p...
<p>(A) 12.5 Hz, (B) 16.6 Hz. The red vertical lines indicate the components of the stimulus frequenc...
<p>Spectrograms (spectral power indicated by darkness of shading plotted as a function of time vs. f...
<p>Spectrograms (top row) and oscillograms (bottom row) of an example of BOS and three temporal mani...
<p>A typical spectrogram (8192 points FFT, 4096 points Hanning window, 97% overlap) of a 10-min reco...
<p>Spectrograms (1024 point Hamming window, 75% overlap, 11.7 Hz frequency resolution) of noise play...
<p>Spectrograms of two unmodified vocalizations (A = Male Upsweep and F = 40 kHz Harm/2 Jump), and t...
<p>The variations in spectral energy influence the estimated fundamental frequency for each of the i...
<p>(A) Frequency spectrum of a 500 ms standard stimulus with spectral peak density of one ripple per...
<p>Sample spectrogram of a simakobu loud call indicating the parameters measured in the acoustic ana...
<p>For each frequency, the value is the number of times that this frequency appeared as a peak among...
<p>The primary frequencies from <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pon...
<p>A. A regular song spectrogram using a 10msec sliding window, showing power up to several kHz. B. ...
<p>(<b>A</b>) Note that in the music stimulus, the high sound energy (bright yellow colour) is distr...
<p>Black lines indicate the harmonics of the tone complex used as masker. The harmonics are multiple...
<p>(A) Top: spectrogram of six isolated words (deep, jazz, cause) and pseudowords (fook, ors, nim) p...
DOI
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