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Self-localization and Navigation of Small Mobile Robot
Plucnar, Libor ; Florián, Tomáš (referee) ; Žalud, Luděk (advisor)
The thesis is focused on design of self-location and navigation of small mobile robot inside buildings. It contents a description of collecting and processing data from laser scanner and their application for wall following algorithms. Designed algorithm was tested on real mobile robot. It describes system of visual tags and algorithms for their detection and decoding. Visual tags are used for indication of checkpoints used for navigation of mobile robot. It also describes method for route planning between this checkpoints.
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Control of EUROBOT Mobile Robot
Plucnar, Libor ; Jílek, Tomáš (referee) ; Žalud, Luděk (advisor)
The thesis is focused on the theoretical development of a control algorithm for mobile robot based on Eurobot and its subsequent practical implementation according to a specific assignment. There are two main methods designed to control the robot according to the input signal, whereby the robot orientats. The first control method is using the camera. This section describes general procedure how to create the image classifier, under which it is possible to search objects. The second part describes the trajectory planning of the robot depends on its position to achieve a specific point on a predetermined map. During the proceedings are taken into account static and dynamic barriers that can occur in an environment in which the robot moves in. In the study was also designed graphical user interface.
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Control of EUROBOT Mobile Robot
Plucnar, Libor ; Jílek, Tomáš (referee) ; Žalud, Luděk (advisor)
The thesis is focused on the theoretical development of a control algorithm for mobile robot based on Eurobot and its subsequent practical implementation according to a specific assignment. There are two main methods designed to control the robot according to the input signal, whereby the robot orientats. The first control method is using the camera. This section describes general procedure how to create the image classifier, under which it is possible to search objects. The second part describes the trajectory planning of the robot depends on its position to achieve a specific point on a predetermined map. During the proceedings are taken into account static and dynamic barriers that can occur in an environment in which the robot moves in. In the study was also designed graphical user interface.
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Self-localization and Navigation of Small Mobile Robot
Plucnar, Libor ; Florián, Tomáš (referee) ; Žalud, Luděk (advisor)
The thesis is focused on design of self-location and navigation of small mobile robot inside buildings. It contents a description of collecting and processing data from laser scanner and their application for wall following algorithms. Designed algorithm was tested on real mobile robot. It describes system of visual tags and algorithms for their detection and decoding. Visual tags are used for indication of checkpoints used for navigation of mobile robot. It also describes method for route planning between this checkpoints.
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