What is it about?

Traditionally, the considered situation of interaction between two DMs with self-conflicting objectives has been solved using a-priori scalarization techniques, which hinders the performance trade-offs. In contrast, here the objective preferences of the players are considered unknown, which aims to reveal the performance trade-offs to justify the strategy selection. Each strategy is evaluated using a set of performance vectors in this analysis. The selection of a strategy is based on four metrics, where each of them is a scalar quantity that describes a different property of the set of performance vectors that is meaningful to the decision-makers.

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Why is it important?

In contrast to the traditional approaches to solving the considered non-cooperative multi-objective game, the proposed solution concept, and the suggested multi-criteria decision-making on a strategy allows the player to account for both her preferences as well as the uncertainties that are associated with the unknown preferences of the other player.

Perspectives

We believe that multi-objective game is a subject that did not receive enough attention. Therefore, we hope that this article will lead more researchers to further investigate and develop this field.

Erella Eisenstadt-Matalon
ORT Braude College

Read the Original

This page is a summary of: Decision analysis of rationalizable strategies in non-zero-sum multi-payoff games, Intelligent Decision Technologies, September 2022, IOS Press,
DOI: 10.3233/idt-210209.
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