<p>A successful simulation shows a continuously rising pattern for the acceptance ratio over time.</p
<p>This prediction is plotted with a 10% threshold for the percentage of patients positive on day-3 ...
<p>The lines in each panel show the mean genotype for each population size across the eleven possibl...
<p>Example of a single simulation run. Panel A) shows the evolution of the population mean level of ...
<p>A successful simulation shows a continuously rising pattern for the acceptance ratio over time.</...
<p>The acceptance ratio plotted against Monte Carlo steps for (<i>G</i> = DSJC1000.5, <i>k</i> = 82)...
<p>The simulation becomes ineffective when the field strength is set lower than the critical value o...
<p>The acceptance ratio plotted against Monte Carlo steps for (<i>G</i> = DSJC1000.5, <i>k</i> = 82)...
<p>Fraction of realizations in which the innovation has been adopted <i>P</i>(<i>acceptance</i>) ver...
For each graph, in the vertical axis we plot the percentage of acceptances, and in the horizontal ax...
<p>The lines in each panel show the mean genotype for each population size across the eleven possibl...
<p>Simulations are iterated 6,250 times. Parameters are <i>d</i><sub>2</sub> = <i>d</i><sub>3</sub> ...
For each graph, in the vertical axis we plot the percentage of acceptances, in the horizontal axis, ...
<p>Rejection proportions from 100,000 repetitions of each simulation scenario: 60 variables (15 Bern...
<p>Rejection proportions from 100,000 repetitions of each simulation scenario: 17 variables (4 Berno...
Each individual plot depicts the ratio of the mean fitness of the recipient population (wR) to the d...
<p>This prediction is plotted with a 10% threshold for the percentage of patients positive on day-3 ...
<p>The lines in each panel show the mean genotype for each population size across the eleven possibl...
<p>Example of a single simulation run. Panel A) shows the evolution of the population mean level of ...
<p>A successful simulation shows a continuously rising pattern for the acceptance ratio over time.</...
<p>The acceptance ratio plotted against Monte Carlo steps for (<i>G</i> = DSJC1000.5, <i>k</i> = 82)...
<p>The simulation becomes ineffective when the field strength is set lower than the critical value o...
<p>The acceptance ratio plotted against Monte Carlo steps for (<i>G</i> = DSJC1000.5, <i>k</i> = 82)...
<p>Fraction of realizations in which the innovation has been adopted <i>P</i>(<i>acceptance</i>) ver...
For each graph, in the vertical axis we plot the percentage of acceptances, and in the horizontal ax...
<p>The lines in each panel show the mean genotype for each population size across the eleven possibl...
<p>Simulations are iterated 6,250 times. Parameters are <i>d</i><sub>2</sub> = <i>d</i><sub>3</sub> ...
For each graph, in the vertical axis we plot the percentage of acceptances, in the horizontal axis, ...
<p>Rejection proportions from 100,000 repetitions of each simulation scenario: 60 variables (15 Bern...
<p>Rejection proportions from 100,000 repetitions of each simulation scenario: 17 variables (4 Berno...
Each individual plot depicts the ratio of the mean fitness of the recipient population (wR) to the d...
<p>This prediction is plotted with a 10% threshold for the percentage of patients positive on day-3 ...
<p>The lines in each panel show the mean genotype for each population size across the eleven possibl...
<p>Example of a single simulation run. Panel A) shows the evolution of the population mean level of ...
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