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Publication detail

Navigation of robotics platform in unknown spaces using LIDAR, Raspberry PI and Hector SLAM
Authors: Vaníček Petr | Beran Ladislav
Year: 2018
Type of publication: článek v odborném periodiku
Name of source: Journal of Fundamental and Applied Sciences
Page from-to: 494-506
Titles:
Language Name Abstract Keywords
cze Navigace robotické platformy za využití Lidaru a Hector SLAM This research is a base research of an alternative type navigation for our project ARES – Autonomous Research Exploration System. This system is focused on exploration of dangerous indoor spaces like caves, abandoned mines, ruins etc. In many cases, there is poor or no signal from satellite navigation systems and it is necessary to develop accurate navigation for our platform. Our platform is based on several systems like navigation using an inertial navigation unit, visual odometry and 3D space mapping. The result of our system will be a 3D map of space. The developed 3D space mapping needs accurate position for creation of a space map. This paper deals with development of an alternative position estimation method and implementation of LIDAR sensor and Raspberry PI for 2D space mapping. Navigace; robotické; platformy; využití; Lidaru; Hector; SLAM
eng Navigation of robotics platform in unknown spaces using LIDAR, Raspberry PI and Hector SLAM This research is a base research of an alternative type navigation for our project ARES – Autonomous Research Exploration System. This system is focused on exploration of dangerous indoor spaces like caves, abandoned mines, ruins etc. In many cases, there is poor or no signal from satellite navigation systems and it is necessary to develop accurate navigation for our platform. Our platform is based on several systems like navigation using an inertial navigation unit, visual odometry and 3D space mapping. The result of our system will be a 3D map of space. The developed 3D space mapping needs accurate position for creation of a space map. This paper deals with development of an alternative position estimation method and implementation of LIDAR sensor and Raspberry PI for 2D space mapping. Navigation; robotics; platform; unknown; spaces; using; LIDAR; Raspberry; and; Hector; SLAM

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