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RoboSC: A Domain-Specific Language for Supervisory Controller Synthesis of ROS Applications

Bart Wesselink, Koen de Vos, Ivan Kurtev, Michel Reniers, Elena Torta

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Abstract

The paper presents a novel domain-specific lan- guage, RoboSC, for developing supervisory controllers for robotic applications. RoboSC supports concepts of ROS/ROS2 and supervisory control theory. It enables users to focus on the modeling and the synthesis process of supervisory controllers for ROS applications only because it generates all artifacts needed to connect such controllers to ROS applications and deploy them. Validation tests with actual and simulated robots show the approach’s feasibility and indicate reduced coding effort.

Index terms

Software Tools for Robot Programming Embedded Systems for Robotic and Automation Methods and Tools for Robot System Design