Cooperation in n - player Prisoner's Dilemma threshold game

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Game with spatial population structure cellular automaton von Neumann – neighborhood: focal individual + 4 closest individual on the grid Moore – neighborhood: focal individual + 8 closest individual on the grid asynchronous update proportional update rule p d i i = n ∑ j = 1 TWO GROUP FORMING SCENARIOS d j = defectors = cooperators Boza et al. - Cooperation in n-player Prisoner’s Dilemma threshold game - ECEM’07, Trieste, Italy
Results with spatial population structure Scenario 1: fixed group composition (1 area – 1 group) Boza et al. - Cooperation in n-player Prisoner’s Dilemma threshold game - ECEM’07, Trieste, Italy
Page 1 and 2: Cooperation in n - player Prisoner
Page 3 and 4: Game theory: a tool for studying co
Page 5 and 6: n-player games in natural systems
Page 7 and 8: n-player Threshold Game score Boza
Page 9 and 10: n-player Threshold Game score Boza
Page 11: x 1 0.5 0 Results with well-mixed p
Page 15 and 16: Results with spatial population str
Page 17 and 18: TV=4 Results with spatial populatio
Page 19: Conclusions High levels of cooperat

Cooperation in n - player Prisoner's Dilemma threshold game

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