<p><b>, </b><b>on a </b><b>lattice.</b> The lines give trajectories for the (i) average density of cooperators, (ii) average perspective of cooperators, and (ii) average perspective of defectors. Trajectories have been averaged over 100 simulation runs and the dotted lines give two times the standard deviation.</p
<p>(left) Dependence of the fraction of cooperators on the dilemma strength for various values of ...
<p>All simulations were conducted on a square lattice of size with individuals, half of which are ...
<p>Cooperators and defectors are colored red and blue, and the MCS of (a)-(d) is 1, 10, 100, 50000 r...
<p>Parameter choices are , , and simulations were performed on a lattice. Trajectories are average...
<p>Simulations are for , (top) on and for (bottom). In the plots of average perspectives of coope...
<p>The panels for the first two rows denote the distribution of cooperators and defectors for the up...
<p>The snapshots are taken after 3,20,40,70,100 and 1000 sweeps (left to right) with parameters and...
<p>Results are presented for the traditional version (dotted line) and inferring reputation mechanis...
(a) Time evolution of the fraction of cooperators Fc for different strengths of the preferential sel...
<p>Results are presented for the aspiration parameters (solid lines...
<p>The lines embedded with solid triangle, square, and circle represent the evolutionary trajectorie...
<p>(a) depicts the distributions of cooperators (blue) and defectors (gray) for the traditionally sp...
<p>(a) Fraction of cooperators as a function of temptation to defect for population density and (...
<p>(a) Time evolution of average characteristic parameter <i>CP</i>. (b) The number of dead individu...
<p>(a) Snapshots of distributions of cooperators and defectors at different time steps in the absenc...
<p>(left) Dependence of the fraction of cooperators on the dilemma strength for various values of ...
<p>All simulations were conducted on a square lattice of size with individuals, half of which are ...
<p>Cooperators and defectors are colored red and blue, and the MCS of (a)-(d) is 1, 10, 100, 50000 r...
<p>Parameter choices are , , and simulations were performed on a lattice. Trajectories are average...
<p>Simulations are for , (top) on and for (bottom). In the plots of average perspectives of coope...
<p>The panels for the first two rows denote the distribution of cooperators and defectors for the up...
<p>The snapshots are taken after 3,20,40,70,100 and 1000 sweeps (left to right) with parameters and...
<p>Results are presented for the traditional version (dotted line) and inferring reputation mechanis...
(a) Time evolution of the fraction of cooperators Fc for different strengths of the preferential sel...
<p>Results are presented for the aspiration parameters (solid lines...
<p>The lines embedded with solid triangle, square, and circle represent the evolutionary trajectorie...
<p>(a) depicts the distributions of cooperators (blue) and defectors (gray) for the traditionally sp...
<p>(a) Fraction of cooperators as a function of temptation to defect for population density and (...
<p>(a) Time evolution of average characteristic parameter <i>CP</i>. (b) The number of dead individu...
<p>(a) Snapshots of distributions of cooperators and defectors at different time steps in the absenc...
<p>(left) Dependence of the fraction of cooperators on the dilemma strength for various values of ...
<p>All simulations were conducted on a square lattice of size with individuals, half of which are ...
<p>Cooperators and defectors are colored red and blue, and the MCS of (a)-(d) is 1, 10, 100, 50000 r...
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