This paper provides axiomatic characterizations of the proportional allocation of nonseparable contributions (PANSC) value for TU games, being the solution which allocates the total worth proportional to the separable contributions of the players. First, we show that the PANSC value is the only one satisfying efficiency and weak balanced externalities, the last axiom requiring that every player's payoff is the same fraction of the total externality inflicted on the other players with her presence. This is a weakening of balanced externalities studied in the context of queueing problems to characterize the Shapley value. Our second characterization is obtained by investigating the dual relation between the PANSC value and the proportional di...
We characterize the Shapley value using (together with standard conditions of efficiency and equal g...
We provide new axiomatic characterizations of the proportional Shapley value, a weighted TU-value w...
Many cooperative games, especially ones stemming from resource pooling in queueing or inventory syst...
This paper provides axiomatic characterizations of the proportional allocation of nonseparable contr...
This paper devotes to the study of the equal allocation of nonseparable costs value for cooperative ...
The axiom of Balanced collective contributions is introduced as a collective variant of the axiom of...
For games in partition function form, we explore the implications of distinguishing between the conc...
Arantza Estévez-Fernández for comments on a previous draft. Three well-known solutions for coopera...
This thesis focuses on the area of solutions for TU-games, which contains new axiomatic characteriza...
I prove existence and uniqueness of a component efficient and fair allocation rule when the value of...
The principle of balanced contributions has appeared repeatedly in the literature on the Shapley val...
We introduce a non linear weighted Shapley value for cooperative games with transferable utility, in...
The egalitarian non-individual contribution (ENIC-)value represents the equal division of the surplu...
We introduce a family of proportional surplus division values for TU-games. Each value first assigns...
For games in partition function form, we explore the implications of distinguishing between the conc...
We characterize the Shapley value using (together with standard conditions of efficiency and equal g...
We provide new axiomatic characterizations of the proportional Shapley value, a weighted TU-value w...
Many cooperative games, especially ones stemming from resource pooling in queueing or inventory syst...
This paper provides axiomatic characterizations of the proportional allocation of nonseparable contr...
This paper devotes to the study of the equal allocation of nonseparable costs value for cooperative ...
The axiom of Balanced collective contributions is introduced as a collective variant of the axiom of...
For games in partition function form, we explore the implications of distinguishing between the conc...
Arantza Estévez-Fernández for comments on a previous draft. Three well-known solutions for coopera...
This thesis focuses on the area of solutions for TU-games, which contains new axiomatic characteriza...
I prove existence and uniqueness of a component efficient and fair allocation rule when the value of...
The principle of balanced contributions has appeared repeatedly in the literature on the Shapley val...
We introduce a non linear weighted Shapley value for cooperative games with transferable utility, in...
The egalitarian non-individual contribution (ENIC-)value represents the equal division of the surplu...
We introduce a family of proportional surplus division values for TU-games. Each value first assigns...
For games in partition function form, we explore the implications of distinguishing between the conc...
We characterize the Shapley value using (together with standard conditions of efficiency and equal g...
We provide new axiomatic characterizations of the proportional Shapley value, a weighted TU-value w...
Many cooperative games, especially ones stemming from resource pooling in queueing or inventory syst...