<p>Left and right columns represent schematic illustrations of normal and broadened population-level frequency tuning. The three differently colored areas represent, (i) neural activity elicited merely by band-eliminated noises (BEN: light gray areas), (ii) neural activity elicited merely by test pure tones (TS: dark gray areas), and (iii) neural activity elicited by both BEN and TS (black areas). The rows represent wide (top: 1 critical band (CB)), middle (medium: 1/2 CB), and narrow (bottom: 1/4 CB) BEN conditions. The dark gray areas represent the N1m response amplitude as elicited by the TS-onset; the neural activity represented by the black areas has been masked by the simultaneously presented (but earlier on-setting) BEN. Notably, the...
Tuning curves are the functions that relate the responses of sensory neurons to various val-ues with...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...
<p>A) Amplitude-to-rate mapping for one neuron (sig045a), computed for a range of center frequencies...
<p>(A) Cortical recruitment functions (CRFs) in silence (i) and noise (ii) in all of the auditory fi...
A. A sample subset of the Gabor stimuli with a rich diversity of frequencies, orientations, and phas...
Values are CAP-Q10 results obtained with an NNFM paradigm. (a) Humans (n = 9); (b) macaque monkeys (...
<p>A. The lower part of the figure shows the frequency spectrum of the MS. The upper part is a highl...
<p>(A, B, C) Tonotopic maps (left) of control, anti-BDNF, and BDNF groups; <i>x</i> = no tone-evoke ...
<p>Distinct, broad bands of potentiation (blue) and depression (red) are interspersed for different ...
<p>A. Example neural tuning curves for neurons with different BFs in primary auditory cortex. B. Exa...
<p>(<b>A</b>) Amplitude spectra as a function of frequency for AM (left, green) and FM (right, purpl...
<p>Left panels show population activity of the model 7-kHz-over-represented AI, and the right panels...
Architecture (C, D) and responses (A, B, E) of the model to three stimuli with different pitches. St...
<p>A. Population responses evoked by two tones differing slightly in frequency. Blue: mean spike rat...
<p>(A) Scheme of the local tuning curves and the structural tuning along the collicular tonotopic ax...
Tuning curves are the functions that relate the responses of sensory neurons to various val-ues with...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...
<p>A) Amplitude-to-rate mapping for one neuron (sig045a), computed for a range of center frequencies...
<p>(A) Cortical recruitment functions (CRFs) in silence (i) and noise (ii) in all of the auditory fi...
A. A sample subset of the Gabor stimuli with a rich diversity of frequencies, orientations, and phas...
Values are CAP-Q10 results obtained with an NNFM paradigm. (a) Humans (n = 9); (b) macaque monkeys (...
<p>A. The lower part of the figure shows the frequency spectrum of the MS. The upper part is a highl...
<p>(A, B, C) Tonotopic maps (left) of control, anti-BDNF, and BDNF groups; <i>x</i> = no tone-evoke ...
<p>Distinct, broad bands of potentiation (blue) and depression (red) are interspersed for different ...
<p>A. Example neural tuning curves for neurons with different BFs in primary auditory cortex. B. Exa...
<p>(<b>A</b>) Amplitude spectra as a function of frequency for AM (left, green) and FM (right, purpl...
<p>Left panels show population activity of the model 7-kHz-over-represented AI, and the right panels...
Architecture (C, D) and responses (A, B, E) of the model to three stimuli with different pitches. St...
<p>A. Population responses evoked by two tones differing slightly in frequency. Blue: mean spike rat...
<p>(A) Scheme of the local tuning curves and the structural tuning along the collicular tonotopic ax...
Tuning curves are the functions that relate the responses of sensory neurons to various val-ues with...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...
<p>A) Amplitude-to-rate mapping for one neuron (sig045a), computed for a range of center frequencies...