
doi: 10.1002/acs.3545
SummaryIn this article, the finite‐time formation control scheme is put forward for teleoperation system with time delay. First, a group of finite‐time observers are established to address the teleoperation system with time‐varying delay issue and via linearly parameterize to deal with the uncertainty in the system. The theory of self‐stable domain (SSR) is then applied to provide sufficient circumstances for the observers error dynamics to converge in finite‐time. Then, in line with the estimation of time delay derivatives to reconstruct the regression matrix as well as the adaptive law, the observer based time‐varying formation control protocol is drawn up. On the basis of finite‐time state‐independent input‐to‐output practical stable (FTSIIOpS) theorem, sufficient conditions for teleoperation implement time‐varying formation are developed. Finally, simulation is being used to validate the efficiency of the proposed strategy.
time-varying formation, finite-time control, Adaptive control/observation systems, Finite-time stability, Nonlinear systems in control theory, teleoperation system, Variable structure systems, Input-output approaches in control theory, time delay observer
time-varying formation, finite-time control, Adaptive control/observation systems, Finite-time stability, Nonlinear systems in control theory, teleoperation system, Variable structure systems, Input-output approaches in control theory, time delay observer
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