The payoff matrix of the two-stage game can be constructed based on the payoffs of the first stage (prisoner’s dilemma) and second stage games (game B). The payoffs of the row player are shown.</p
<p><i>Note</i>. <i>T</i> = 50, <i>R</i> = 1, <i>P</i> = –1, <i>S</i> = –50</p><p>Payoff Matrix for a...
<p>Following many interactions, a portion <i>r</i> occurs with a like-individual, and only the porti...
<p>Numerical values for Prisoner’s Dilemma are chosen to be comparable with Ultimatum Game, with the...
<p>The 2×2 matrix based on the combination of both players’ selection makes four different patterns ...
<p>The expectation payoff matrix of our generalized prisoner’s dilemma game—the full version. The va...
<p>The payoff matrix of a three-player game is given, where three players are X, Y and Z and each ha...
<p>The prisoner's dilemma pay-off matrix: (C) means cooperate and (D) means defect, (P1) is particip...
<p>The entries in the matrix refer to the payoffs of player A. The benefit of cooperation (<i>b</i>)...
<p>The payoffs refer to ‘ALL’ the prize-fund, ‘HALF’ the prize-fund, or ‘ZERO’, i.e. £0.</p><p>The p...
<p>The expectation payoff matrix of our generalized prisoner’s dilemma game—the normalised version. ...
<p>Numbers in each cell are payoffs for both players, with player A’s payoff listed first in each pa...
<p><i>Note</i>. <i>T</i> = 5, <i>R</i> = 3, <i>P</i> = 1, <i>S</i> = 0</p><p>Payoff Matrix for the P...
<p>(A) The payoff matrix. Each matrix element is the payoff of the row player X's action in competit...
<p>Payoffs in the two prisoner’s dilemma games [<i>π</i><sub><i>B</i></sub>, <i>π</i><sub><i>A</i></...
The first number shows the payoff of the row player, and the second number shows the payoff of the c...
<p><i>Note</i>. <i>T</i> = 50, <i>R</i> = 1, <i>P</i> = –1, <i>S</i> = –50</p><p>Payoff Matrix for a...
<p>Following many interactions, a portion <i>r</i> occurs with a like-individual, and only the porti...
<p>Numerical values for Prisoner’s Dilemma are chosen to be comparable with Ultimatum Game, with the...
<p>The 2×2 matrix based on the combination of both players’ selection makes four different patterns ...
<p>The expectation payoff matrix of our generalized prisoner’s dilemma game—the full version. The va...
<p>The payoff matrix of a three-player game is given, where three players are X, Y and Z and each ha...
<p>The prisoner's dilemma pay-off matrix: (C) means cooperate and (D) means defect, (P1) is particip...
<p>The entries in the matrix refer to the payoffs of player A. The benefit of cooperation (<i>b</i>)...
<p>The payoffs refer to ‘ALL’ the prize-fund, ‘HALF’ the prize-fund, or ‘ZERO’, i.e. £0.</p><p>The p...
<p>The expectation payoff matrix of our generalized prisoner’s dilemma game—the normalised version. ...
<p>Numbers in each cell are payoffs for both players, with player A’s payoff listed first in each pa...
<p><i>Note</i>. <i>T</i> = 5, <i>R</i> = 3, <i>P</i> = 1, <i>S</i> = 0</p><p>Payoff Matrix for the P...
<p>(A) The payoff matrix. Each matrix element is the payoff of the row player X's action in competit...
<p>Payoffs in the two prisoner’s dilemma games [<i>π</i><sub><i>B</i></sub>, <i>π</i><sub><i>A</i></...
The first number shows the payoff of the row player, and the second number shows the payoff of the c...
<p><i>Note</i>. <i>T</i> = 50, <i>R</i> = 1, <i>P</i> = –1, <i>S</i> = –50</p><p>Payoff Matrix for a...
<p>Following many interactions, a portion <i>r</i> occurs with a like-individual, and only the porti...
<p>Numerical values for Prisoner’s Dilemma are chosen to be comparable with Ultimatum Game, with the...
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