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We first examine the mean stimulus per site as a function of the stimulus drive.
It is interesting to note the trade-off between the mean stimulus per site and the fluctuation amplitude.
For all colony threshold distributions, the mean stimulus per site increases nonlinearly with the driving rate (Figure 10).
However, when the size of the stimulus input is low (δS <1), the mean stimulus per site increases as a sub-linear function of the drive.
Our first performance metric is the mean stimulus per
For example, for the uniform CTD, a tenfold increase in the drive from δS = 0.01 to δS = 0.1 only results in a threefold, but not a ten-fold, increase in the mean stimulus per site (S = 0.3 to S = 0.9).
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Beta values from the regression analysis were adjusted to reflect percent signal change from fixation (for echoes 1 and 2, respectively) and were then masked by the ROI selection that included the overlap area between CBF and BOLD activations to obtain mean values per stimulus condition for younger and older groups.
If it is adaptive for a colony to minimise the stimulus per site, that is, the work available, it would be advantageous for the CTD to exhibit a large variation around the mean.
There were thus 8 repetitions of a stimulus per continuum.
This resulted in 120 vol per stimulus per session (half of the volumes served for the baseline) or 360 vol per stimulus in total for the three sessions.
Firing rates during the static phase are plotted (mean ± SD, N = 3 12 stimuli per displacement magnitude).
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