… 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 …

… Computational theory proposed an influential idea of feed-forward control, but it has
mainly treated the case that the movement is ballistic (such as reaching) because the motor …

… This paper gives a continuous-time control-theoretical interpretation of the virtual-pendulum …
of intermittent control used in this paper is based on the virtual pivot continuous-time control …

… me to intermittent control, and for sharing your passion for control engineering with me. I
will always remember the great discussions with the members of the intermittent control group, …

… Two architectures of intermittent control are compared and … periods of open-loop control
punctuated by switching events when … A general theory of human control systems must include …

… In [26, 27], a new intermittent control scheme with two … intermittent control in [2–25], but
control period and control width … intermittent control or the aperiodically intermittent control, they …

… Based on Lyapunov theory, to design effective intermittent control gain, the feasible solutions
of LMIs in sufficient conditions can be easily obtained by applying the MATLAB Toolbox. …

… Combining Lyapunov method with graph-theoretic approach, periodically intermittent
control is applied to synchronizing the FOCSs with time-varying delays for the first time. And …

… to explore theoretically the advantages (and disadvantages) of intermittent feedback. In this
paper, we apply the concept of Intermittent Feedback to a class of networked control systems …

… Control Systems (MB-NCS). We begin by introducing the basic architecture for model-based
control with intermittent … Examples are provided to complement the theoretical results. …