JEL Classification Codes: C78; D78We study two cooperative solutions of a market with indivisible goods modeled as a generalized assignment game: Set-wise stability and Core. We first establish that the Set-wise stable set is contained in the Core and it contains the non-empty set of competitive equilibrium payoffs. We then state and prove three limit results for replicated markets. First, the sequence of Cores of replicated markets converges to the set of competitive equilibrium payoffs when the number of replicas tends to infinity. Second, the Set-wise stable set of a two-fold replicated market already coincides with the set of competitive equilibrium payoffs. Third, for any number of replicas there is a market with a Core payoff that is ...
We study cooperative and competitive solutions for a many-to-many generalization of Shapley and Shub...
We study cooperative and competitive solutions for a many-to-many generalization of Shapley and Shub...
We study cooperative and competitive solutions for a many-to-many generalization of Shapley and Shub...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
Copyright © 2014 R. Pablo Arribillaga et al. This is an open access article distributed under the Cr...
Abstract: We study cooperative and competitive solutions for a many-to-many generalization of Shaple...
Abstract: We study cooperative and competitive solutions for a many-to-many generalization of Shaple...
The Spanish Ministry of Economy and Competitiveness, through the Severo Ochoa Programme for Centres ...
We study cooperative and competitive solutions for a many-to-many generalization of Shapley and Shub...
We study cooperative and competitive solutions for a many-to-many generalization of Shapley and Shub...
We study cooperative and competitive solutions for a many-to-many generalization of Shapley and Shub...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
We study two cooperative solutions of a market with indivisible goods modeled as a generalized assig...
Copyright © 2014 R. Pablo Arribillaga et al. This is an open access article distributed under the Cr...
Abstract: We study cooperative and competitive solutions for a many-to-many generalization of Shaple...
Abstract: We study cooperative and competitive solutions for a many-to-many generalization of Shaple...
The Spanish Ministry of Economy and Competitiveness, through the Severo Ochoa Programme for Centres ...
We study cooperative and competitive solutions for a many-to-many generalization of Shapley and Shub...
We study cooperative and competitive solutions for a many-to-many generalization of Shapley and Shub...
We study cooperative and competitive solutions for a many-to-many generalization of Shapley and Shub...