Article ID: | iaor20173600 |
Volume: | 78 |
Issue: | 8 |
Start Page Number: | 1537 |
End Page Number: | 1544 |
Publication Date: | Aug 2017 |
Journal: | Automation and Remote Control |
Authors: | Rettieva A, Mazalov V, Avrachenkov K |
Keywords: | allocation: resources, combinatorial optimization, programming: dynamic, simulation |
Discrete‐time game‐theoretic models of resource exploitation are treated as dynamic potential games. The players (countries or firms) exploit a common stock on the infinite time horizon. The main aim of the paper is to obtain a potential for the linear‐quadratic games of this type. The class of games where a potential can be constructed as a quadratic form is identified. As an example, the dynamic game of bioresource management is considered and the potentials are constructed in the case of symmetric and asymmetric players.