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Browsing Research and Innovation Unit by Subject "Robot formation"

Browsing Research and Innovation Unit by Subject "Robot formation"

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  • Markusa, Elisha D.; Yskander, Hamam; Ageeb, John T.; Jimoh, Adisa A. (Robotics and Autonomous Systems, 2016)
    This paper focuses on the synchronizing control of multiple interconnected flexible robotic manipulators using differential flatness theory. The flatness theory has the advantage of simplifying trajectory tracking tasks ...
  • Markusa, Elisha D.; Yskander, Hamam; Ageeb, John T.; Jimoh, Adisa A. (Robotics and Autonomous Systems, 2016)
    This paper focuses on the synchronizing control of multiple interconnected flexible robotic manipulators using differential flatness theory. The flatness theory has the advantage of simplifying trajectory tracking tasks ...

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