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Tool for 3D Gazebo Map Construction from Arbitrary Images and Laser Scans

Roman Lavrenov, Aufar Zakiev

Year
2017
Citations
18

Abstract

Algorithms for mobile robots, such as navigation, mapping, and SLAM, require proper modelling of environment. Our paper presents an automatic tool that allows creating a realistic 3D-landscape in Gazebo simulation, which is based on the real sensor-based experimental results. The tool provides an occupancy grid map automatic filtering and import to Gazebo framework as a heightmap and enables to configure the settings for created simulation environment. In addition, the tool is capable to create a 3D Gazebo map from any arbitrary image.

Keywords

Occupancy grid mappingComputer scienceSimultaneous localization and mappingComputer visionGridMobile robotArtificial intelligenceRobotComputer graphics (images)

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