A Game-inspired Modeling Framework for Multiple Intelligent Agents Control Systems - A Water Resources Regulation Problem Application

Some interesting papers apply concepts and modeling approaches for multiple interacting intelligent autonomous agents control systems analysis and design inspired in game theory, where \´players\´ are treated as \´agents\´, in several conflicts of interests situations. This paper presents and uses the named strategic games matrix (SGM) as a general framework for these new types of control problems. A methodology for analysis of hierarchical multilevel architectures models based on the SGM concept is applied to a water resources regulation control problem, with multiple interacting autonomous stakeholders, as posed by Hamalaien et al as "The Paijanne lake regulation policy" case.