The color plot of the density of cooperators, ρC, in the direct interaction model A, and the reputation-based model B, in the SB − TB plane. The top panels show the result of the replicator-mutator dynamics and the bottom panels show the results of simulations in a population of 1000 individuals. In both cases, an unbiased initial condition (random assignment of strategies) is used. I have set R = 3, S = 0, P = 1, T = 5, RB = 3, and PB = 1. The boundaries of bistability are plotted as well. Below this boundary the dynamic is monostable, settling into a fixed point with a low level of cooperation. Above the boundary, a cooperative fixed point becomes stable and the dynamics become bistable. The two branches of the boundary meet at a critical...
The effect of group structure on cooperative behavior is not well understood. In this paper, we stud...
The effects of an inhomogeneous competing environment on the extent of cooperation are studied withi...
Cooperators benefit others with paying costs. Evolution of cooperation crucially depends on the cost...
The density of cooperators, ρC, A, the density of soft strategies in game B, ρd, B, the normalized p...
The density of cooperators, ρC, A, the density of soft strategies in game B, ρd, B, the normalized p...
The density of strategies who play up with cooperators u(C), down with cooperators d(C), up with def...
A and B: The time evolution of different strategies resulted from the replicator-mutator dynamics A ...
A: The probability of settling in cooperative fixed point starting from random initial conditions fo...
<p>The graphs show two typical simulation runs for a population of size 100. At the beginning of eac...
The evolution of cooperation is studied in lattice-structured populations, in which each individual ...
This paper examines characteristics of cooperative behavior in a repeated, n-person, continuous acti...
The density of cooperators, ρC, A, the normalized payoff difference of cooperators and defectors in ...
Models of the evolution of collective action typically assume that interactions occur in groups of i...
This paper examines characteristics of cooperative behavior in a repeated, n-person, continuous acti...
We offer a new and robust model of the emergence and persistence of cooperation when interactions a...
The effect of group structure on cooperative behavior is not well understood. In this paper, we stud...
The effects of an inhomogeneous competing environment on the extent of cooperation are studied withi...
Cooperators benefit others with paying costs. Evolution of cooperation crucially depends on the cost...
The density of cooperators, ρC, A, the density of soft strategies in game B, ρd, B, the normalized p...
The density of cooperators, ρC, A, the density of soft strategies in game B, ρd, B, the normalized p...
The density of strategies who play up with cooperators u(C), down with cooperators d(C), up with def...
A and B: The time evolution of different strategies resulted from the replicator-mutator dynamics A ...
A: The probability of settling in cooperative fixed point starting from random initial conditions fo...
<p>The graphs show two typical simulation runs for a population of size 100. At the beginning of eac...
The evolution of cooperation is studied in lattice-structured populations, in which each individual ...
This paper examines characteristics of cooperative behavior in a repeated, n-person, continuous acti...
The density of cooperators, ρC, A, the normalized payoff difference of cooperators and defectors in ...
Models of the evolution of collective action typically assume that interactions occur in groups of i...
This paper examines characteristics of cooperative behavior in a repeated, n-person, continuous acti...
We offer a new and robust model of the emergence and persistence of cooperation when interactions a...
The effect of group structure on cooperative behavior is not well understood. In this paper, we stud...
The effects of an inhomogeneous competing environment on the extent of cooperation are studied withi...
Cooperators benefit others with paying costs. Evolution of cooperation crucially depends on the cost...