determinedthat depends on the relative positions of the players within the graph.A collection of graphs will be called balanced if to … the core andthe payoff vector is an element of payoff sets of all graphs in some balanced collection ofgraphs. We prove …

players within the graph.A collection of graphs will be called balanced if to any graph in the collection a positive weight …-core if it lies in the core and the payoff vector is an element of payoff sets of all graphs in some balanced collection of … graphs.We prove that any balanced graph game has a nonempty balanced-core and therefore a nonempty core.We conclude by some …

determinedthat depends on the relative positions of the players within the graph.A collection of graphs will be called balanced if to … the core andthe payoff vector is an element of payoff sets of all graphs in some balanced collection ofgraphs. We prove …

that depends on the relative positions of the players within the graph. A collection of graphs will be called balanced if … lies in the core and the payoff vector is an element of payoff sets of all graphs in some balanced collection of graphs. We …

determinedthat depends on the relative positions of the players within the graph. A collection of graphs will be called balanced if … lies in the core andthe payoff vector is an element of payoff sets of all graphs in some balanced collection ofgraphs. We …