Modal Operators with Adaptable Semantics for Multi-agent Systems

We look at extensions of modal logic for representation and reasoning in the area of multi-agent systems. Building on dynamic logic and Henkin quantifiers, we study an unusual type of operators that present important features for capturing concurrency, independence, collaboration, and coordination between agents. The main goal of this paper is to study the semantics of these operators and to show how it can be adapted to capture different types of agents. The formalism allows a formal comparison of a variety of multi-agent systems.