… Stabilization can hardly be achieved by a continuous delay feedback control. ► We propose
an intermittent control model of the double inverted pendulum. ► The model can achieve …

… The simulations performed in this study, with a hybrid, intermittent control paradigm, clarify
the fact that there is little rationale for choosing a mixed strategy while the choice is dictated …

… intermittent control we adopted is adaptive, which is more feasible than the intermittent control
with constant control … of the control interval of the aperiodic intermittent controller in this …

… This leads to a mixed integer nonlinear optimal control problem (MINTOC). The solution
is challenging, since both integer and continuous variables ought to be considered in the …

… , and therefore, the continuous-time strategy cannot be correct. However, the model of
intermittent control used in this paper is based on the virtual pivot continuous-time control scheme, …

… adaptive control technology with intermittent control method in … control period of intermittent
control is periodical or aperiodical. Periodically intermittent control means that each control …

… Two architectures of intermittent control are compared and … use periods of open-loop control
punctuated by switching events when … Firstly, in one case, the open-loop control trajectory is …

… on the control input. … intermittent estimator and controller to ensure the stability of an HST
system when it suffers external wind disturbance and random noise under only intermittently …

… Hence, in order to qualitatively investigate the stabilisation of SHMND via aperiodically
adaptive intermittent control, we introduce a new differential inequality, in which mixed delays …

… delays (TCDNMTDs) by aperiodically intermittent control is studied in this paper. Compared
… It is worth emphasizing that the intermittent control scheme proposed here is nonperiodical. …