The first three panels from the top show the potentials for different values of the control parameter k. The lower panel gives the simulation results for these parameter values.</p
The first three panels from the top show the potentials for the three focus types. The lower panel g...
<p>Simulation results at significance level with different methods for phenotypic data generated fr...
Top: fixed parameters held constant throughout the simulations. Bottom: variable parameters uses mor...
The first two panels from the top show the potentials for different values of the control parameter ...
<p>The different sets of parameter values that was used in the different types of simulations.</p
<p>The parameters values are also provided whenever possible, depending on the specified parameter v...
<p>Model parameters varied in the simulations with the range of parameter values used in each simula...
Parameter values for the different biological control systems in this study and the range of values ...
The players in X, Y and Z, are depicted as straiht, dashed and dotted lines in the figures. Each row...
<p>The main parameters used in each simulation and the resulting calculated power exponent <i>b</i> ...
Panels A and B show results for simulation settings 1 and 2, respectively. Red dots denote pre-deter...
<p>Summary of simulation parameters for base case, one-way sensitivity and multi-way monte carlo sim...
<p>Illustration of the simulation protocol, forcing data and initial state for various simulations.<...
<p>Parameters used in simulations 1 and 2. Values separated by slashes are given for simulations wit...
D, E and I denote the stimulus, excitatory and inhibitory populations respectively.</p
The first three panels from the top show the potentials for the three focus types. The lower panel g...
<p>Simulation results at significance level with different methods for phenotypic data generated fr...
Top: fixed parameters held constant throughout the simulations. Bottom: variable parameters uses mor...
The first two panels from the top show the potentials for different values of the control parameter ...
<p>The different sets of parameter values that was used in the different types of simulations.</p
<p>The parameters values are also provided whenever possible, depending on the specified parameter v...
<p>Model parameters varied in the simulations with the range of parameter values used in each simula...
Parameter values for the different biological control systems in this study and the range of values ...
The players in X, Y and Z, are depicted as straiht, dashed and dotted lines in the figures. Each row...
<p>The main parameters used in each simulation and the resulting calculated power exponent <i>b</i> ...
Panels A and B show results for simulation settings 1 and 2, respectively. Red dots denote pre-deter...
<p>Summary of simulation parameters for base case, one-way sensitivity and multi-way monte carlo sim...
<p>Illustration of the simulation protocol, forcing data and initial state for various simulations.<...
<p>Parameters used in simulations 1 and 2. Values separated by slashes are given for simulations wit...
D, E and I denote the stimulus, excitatory and inhibitory populations respectively.</p
The first three panels from the top show the potentials for the three focus types. The lower panel g...
<p>Simulation results at significance level with different methods for phenotypic data generated fr...
Top: fixed parameters held constant throughout the simulations. Bottom: variable parameters uses mor...
DOI
Add to ORKG