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MARS: A simulation environment for marine robotics

Thomas Tosik, Erik Maehle

Year
2014
Citations
17

Abstract

In this paper, we present a simulation environment for marine robotics called MARS. MARS is a Hardware-in-the-Loop online simulation environment for multiple AUVs and USVs. Through the usage of the 3D-Engine jMonkeyEngine, sophisticated underwater graphics are possible. Several actuators and sensors enable complete integration tests in various scenarios. A special focus is set on the sonar which uses a ray-based approach. Water currents together with waves, computation of the center of buoyancy, and volume calculation enable a realistic physical behavior under and on the water surface. Finally, direct feedback from the real marine robots at our institute assists in the evaluation of MARS.

Keywords

Mars Exploration ProgramRoboticsComputer scienceSonarRobotArtificial intelligenceUnderwaterActuatorMarine engineeringExploration of Mars

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