Abstract

The weighted surplus division value is defined in this paper, which allocates to each player his individual worth and then divides the surplus payoff with respect to the weight coefficients. This value can be characterized from three different angles. First, it can be obtained analogously to the scenario of getting the procedural value whereby the surplus is distributed among all players instead of among the predecessors. Second, endowing the exogenous weight to the surplus brings about the asymmetry of the distribution. We define the disweighted variance of complaints to remove the effect of the weight and prove the weighted surplus division value is the unique solution of an optimization model. Lastly, the paper offers axiomatic characterizations of the weighted surplus division value through proposing new properties, including the ω -symmetry for zero-normalized game and individual equity.

Highlights

  • IntroductionCooperative game theory offers an effective model of cooperation between rational persons [1]

  • Cooperative game theory offers an effective model of cooperation between rational persons [1].It is widely used in economics, wireless networks, political science, and so on

  • Egalitarianism and utilitarianism are two key concepts related to distribution preference in games

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Summary

Introduction

Cooperative game theory offers an effective model of cooperation between rational persons [1]. Van den Brink et al [9] discuss all convex combinations of the ED value, the ES value and the EANS value Another method for balancing the relationship between utilitarianism and egalitarianism is endowing weights to a value. The philosophical idea of the weighted surplus division value is similar but different to the procedural values The former studies how the marginal contributions are shared by every player, while the latter discusses how the marginal contributions are divided among the predecessors. Taking into account the disweighted variance between the payoff and individual worth, this paper proves the unique optimum solution of an optimization model is exactly the weighted surplus division value.

Preliminaries
The Weighted Surplus Division Value and Its Procedural Interpretation
Optimization Implementation
Axiomatizations
Conclusions
Full Text
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