Multi-agents based system to coordinate mobile teamworking robots

This paper aims at presenting the Multi-Agents System to Control and Coordinate teAmworking Robots (MAS2CAR), a new architecture to control a group of coordinated autonomous robots in unstructured environments. MAS2CAR covers two main layers: (i) the Control Layer and we focus on (ii) the Coordination Layer. The control module is responsible for a part of the decision making process taking into account robot’s structural constraints. Despite this autonomy possibility, the Coordination Layer manages the robots in order to bring cooperative behavior and to allow team-work. In this paper we present a scenario validating our approach based upon the multi-agent systems (MAS). Thanks to its reliability we have chosen the Moise organizational model and we will present how it can be used for this use-case. Moreover, regarding to the implementation part, we have retained Utopia, a framework which automatically build a MAS thanks to a Moise speci cation. We will present key problematics of the Cooperation Layer implementation solved thanks to Utopia and exhibit robotic cooperative behavior related to our scenario through simulation results.