<p>Left panel: time waveform of a masker sample used in the FM SNR condition. Right panel: spectrogram of the masker sample showing the amplitude spectrum as a function of time.</p
<p>In these spectrograms, different amplitudes of the STM stimuli are depicted as a grayscale over a...
<p>A. A regular song spectrogram using a 10msec sliding window, showing power up to several kHz. B. ...
The threshold for detecting amplitude modulation (AM) of a sinusoidal or noise carrier is elevated w...
<p>Each plot is the average of the analyzed channels on the frontal area. The black rectangle marks ...
<p>Each plot is the average of the analyzed channels on the frontal area. The black rectangle marks ...
<p>The top half of the figure shows (from left to right) a schematic representation of the test cond...
<p>Black lines indicate the harmonics of the tone complex used as masker. The harmonics are multiple...
<p>Maximum power (across frequencies) occurs at specific SOA (time) periods (lower panels).</p
<p>Maximum power (across frequencies) occurs at specific SOA (time) periods (lower panels).</p
<p>Maximum power (across frequencies) occurs at specific SOA (time) periods (lower panels).</p
<p>Maximum power (across frequencies) occurs at specific SOA (time) periods (lower panels).</p
<p>Spectrograms plot time on the X axis, frequency on the Y axis, and amplitude is represented by sh...
<p>The bright branches at high frequencies correspond to the hi-hat beats. Lower panel: Cross sectio...
The purpose of the lab is to examine the spectral content of an amplitude modulated carrier signal. ...
RMS calculated over 40 ms time segments during an interval with a target signal and a spatially sepa...
<p>In these spectrograms, different amplitudes of the STM stimuli are depicted as a grayscale over a...
<p>A. A regular song spectrogram using a 10msec sliding window, showing power up to several kHz. B. ...
The threshold for detecting amplitude modulation (AM) of a sinusoidal or noise carrier is elevated w...
<p>Each plot is the average of the analyzed channels on the frontal area. The black rectangle marks ...
<p>Each plot is the average of the analyzed channels on the frontal area. The black rectangle marks ...
<p>The top half of the figure shows (from left to right) a schematic representation of the test cond...
<p>Black lines indicate the harmonics of the tone complex used as masker. The harmonics are multiple...
<p>Maximum power (across frequencies) occurs at specific SOA (time) periods (lower panels).</p
<p>Maximum power (across frequencies) occurs at specific SOA (time) periods (lower panels).</p
<p>Maximum power (across frequencies) occurs at specific SOA (time) periods (lower panels).</p
<p>Maximum power (across frequencies) occurs at specific SOA (time) periods (lower panels).</p
<p>Spectrograms plot time on the X axis, frequency on the Y axis, and amplitude is represented by sh...
<p>The bright branches at high frequencies correspond to the hi-hat beats. Lower panel: Cross sectio...
The purpose of the lab is to examine the spectral content of an amplitude modulated carrier signal. ...
RMS calculated over 40 ms time segments during an interval with a target signal and a spatially sepa...
<p>In these spectrograms, different amplitudes of the STM stimuli are depicted as a grayscale over a...
<p>A. A regular song spectrogram using a 10msec sliding window, showing power up to several kHz. B. ...
The threshold for detecting amplitude modulation (AM) of a sinusoidal or noise carrier is elevated w...
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