Journal
DYNAMIC GAMES AND APPLICATIONS
Volume 7, Issue 2, Pages 266-288Publisher
SPRINGER BIRKHAUSER
DOI: 10.1007/s13235-016-0185-3
Keywords
Differential game; Hybrid system; Cooperative game; Nash equilibrium; Pollution control
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Funding
- St. Petersburg State University [9.50.1197.2014, 9.41.721.2015, 9.38.245.2014]
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This paper is intended to present a systematic application of the hybrid systems framework to differential games. A special class of bimodal linear-quadratic differential games is presented and illustrated with examples; two particular classes of switching rules, time-dependent and state-dependent switches are discussed. The main contribution of the paper consists in formulating necessary optimality conditions for determining optimal strategies in both cooperative and non-cooperative cases. A practically relevant hybrid differential game of pollution reduction is considered to illustrate the developed framework.
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