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Stimuli are white noise bursts lasting 100 ms. For the hemispheric decoder, we use the hemispheric difference curve calculated in the same frequency band in which it is tested.
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Most papers studying the hemispheric difference model do not take varying levels into account and therefore use an un-normalized hemispheric difference.
If the hemispheric difference was less than 5% then the average count in the whole cerebellum was used as the reference region.
As a result, the hemispheric difference in each frequency band varies with the center frequency (middle).
The hemispheric difference did not reach significance for the LHD group [ p =.099].
This gives a value between −1 and 1, the hemispheric difference, which varies systematically with ITD.
At high SNR, the hemispheric difference curves become shallower, which implies that ITD estimation is biased toward the center.
In blue, cells are picked with BFs around 700 Hz and the hemispheric difference varies almost linearly with ITD.
This was expected for two reasons: (1) the hemispheric difference is ambiguous at high frequency (above about 1200 Hz for both animals), and (2) the hemispheric difference depends not only on ITD but also on frequency.
Note, however, that this relationship depends on the frequency band in which the hemispheric difference is computed.
Right: the hemispheric difference as a function of ITD at 700 Hz (blue) and 1.3 kHz (purple).
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