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A platform for research: civil engineering, architecture and urbanism
IR coding design and implementation for autonomous in-door mobile robot localization
This paper proposes a new design for in-door autonomous artificial landmark, named IR Coding. The main objective of using this design is to offer auto-calibration for mobile robot, and reduce the computational and hardware cost. Also, the design does not require any start-up configurations. Moreover, a numerical sequence can be obtained from the IR coding directly rather than computing it by the robot which is useful in detecting different kinds of error like miss-reading and missing landmark error. Furthermore, a comparison is done between other artificial landmark designs and IR coding in order to show the advantages of IR coding design.
IR coding design and implementation for autonomous in-door mobile robot localization
This paper proposes a new design for in-door autonomous artificial landmark, named IR Coding. The main objective of using this design is to offer auto-calibration for mobile robot, and reduce the computational and hardware cost. Also, the design does not require any start-up configurations. Moreover, a numerical sequence can be obtained from the IR coding directly rather than computing it by the robot which is useful in detecting different kinds of error like miss-reading and missing landmark error. Furthermore, a comparison is done between other artificial landmark designs and IR coding in order to show the advantages of IR coding design.
IR coding design and implementation for autonomous in-door mobile robot localization
Barayyan, Tarneem Omar (author)
2015-02-01
302899 byte
Conference paper
Electronic Resource
English