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Stability analysis of mobile robot formations based on synchronization of coupled oscillators

Tadashi Nakamura, Tsukiji Miyuki, Naoyuki Hara, Keiji Konishi

Year
2016
Citations
3

Abstract

Abstract: The present paper deals with mobile robot circular formations realized by a simple control law. This law is established by utilizing synchronization of coupled limit-cycle oscillators. The stability of formations is analyzed, and the analytical results give a simple procedure for designing a control law. This procedure allows us to choose a desired circular formation. Furthermore, the analytical results guarantee that we can specify any radius of circular formations. The results are verified by some numerical examples.

Keywords

Synchronization (alternating current)Simple (philosophy)Control theory (sociology)RADIUSLimit (mathematics)Stability (learning theory)Limit cycleComputer scienceRobotMobile robot

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