Adaptive Leader-following Rendezvous and Flocking for a Class of Uncertain Second-order Nonlinear Multi-agent Systems
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AbstractIn this paper, we study the leader-following rendezvous and flocking problems for a class of second-order nonlinear multiagent systems, which contain both external disturbances and plant uncertainties. What differs our problems from the conventional leader-following consensus problem is that we need to preserve the connectivity of the communication graph instead of assuming the connectivity of the communication graph. By integrating the adaptive control technique, the distributed observer method and the potential function method, the two problems are both solved. Finally, we apply our results to a group of van der Pol oscillators.
All Author(s) ListLiu W, Huang J
Journal nameControl Theory and Technology
Year2017
Month11
Volume Number15
Issue Number4
Pages354 - 363
ISSN2095-6983
LanguagesEnglish-United States
KeywordsAdaptive control, connectivity preservation, multi-agent systems, nonlinear systems

Last updated on 2021-18-01 at 01:16