<p>(A) NPTE and NTE under . (B) PCMI and STE under . (C) NPTE and NTE under . (D) PCMI and STE under . (E) Coefficients of variation for the four methods under different coupling strength.</p
<p>Average of differences in dB of the RW velocity of different coupling methods with respect to the...
<p>Effects of variation in the elimination rate on: ‘Always Cooperate’ (AllC), the average for other...
Firing rate differences for models with dynamic KLT are shown in thick lines. For reference, we also...
<p>A: Effect of varying parameters and of the input signal, for Hz and mV. From left to right: (...
<p>Illustration for a given set of parameters ( Hz, mV, mv, ms). From top to bottom: input signal...
<p>The changes in average firing rate (A), and the average BOLD correlations between modules (B), ar...
<p>PSTHs of the responses by a single unit to each of the 10 calls. The waveform of each call is sho...
<p>Fitting of a firing efficiency curve to a sigmoid function (see Methods) that is characterized by...
Abstract: Three methods for constructing confidence intervals for the coefficient of variation from ...
<p>(A) Top: Noisy input current with two standard deviations: 6+ nA, = 1 or 2 nA. Bottom: The firin...
<p>Results for both small increases of 150 and large increases of 600 in the firing rate are shown.<...
<p>Comparison between simulated and estimated transmission rates using the exKF and BME-SIR methods....
Effects of different nitrogen application rates on nitrogen utilization parameters.</p
<p>(<b>A</b> and <b>B</b>): Dependence of and with the tuning parameters for and . (<b>A</b>) wa...
<p>Results for both small decreases of 150 and large decreases of 600 in the firing rate are shown.<...
<p>Average of differences in dB of the RW velocity of different coupling methods with respect to the...
<p>Effects of variation in the elimination rate on: ‘Always Cooperate’ (AllC), the average for other...
Firing rate differences for models with dynamic KLT are shown in thick lines. For reference, we also...
<p>A: Effect of varying parameters and of the input signal, for Hz and mV. From left to right: (...
<p>Illustration for a given set of parameters ( Hz, mV, mv, ms). From top to bottom: input signal...
<p>The changes in average firing rate (A), and the average BOLD correlations between modules (B), ar...
<p>PSTHs of the responses by a single unit to each of the 10 calls. The waveform of each call is sho...
<p>Fitting of a firing efficiency curve to a sigmoid function (see Methods) that is characterized by...
Abstract: Three methods for constructing confidence intervals for the coefficient of variation from ...
<p>(A) Top: Noisy input current with two standard deviations: 6+ nA, = 1 or 2 nA. Bottom: The firin...
<p>Results for both small increases of 150 and large increases of 600 in the firing rate are shown.<...
<p>Comparison between simulated and estimated transmission rates using the exKF and BME-SIR methods....
Effects of different nitrogen application rates on nitrogen utilization parameters.</p
<p>(<b>A</b> and <b>B</b>): Dependence of and with the tuning parameters for and . (<b>A</b>) wa...
<p>Results for both small decreases of 150 and large decreases of 600 in the firing rate are shown.<...
<p>Average of differences in dB of the RW velocity of different coupling methods with respect to the...
<p>Effects of variation in the elimination rate on: ‘Always Cooperate’ (AllC), the average for other...
Firing rate differences for models with dynamic KLT are shown in thick lines. For reference, we also...
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