… In conclusion, muscles are likely to activate in an event-driven manner during quiet standing
… EMG processing could allows us to extract such event-driven intermittent muscle activities. …

… for the stabilization of quiet standing in humans, taking into … controller and 2) an intermittent
PD controller characterized by … the analysis of the intermittent controllers is based on the use …

… quiet standing has been characterized as a proportional-integral-derivative controller with
intermittent activation… resistance and delayed, intermittent resistance signaled by the central …

… contributes most to the control of the human MG muscle during quiet standing. Our results
indicate that postural activation of the MG muscle was accounted for chiefly by the recruitment …

This paper reviews different approaches for explaining body sway while quiet standing that
directly address the instability of the human inverted pendulum. We argue that both stiffness …

… Unfortunately, there are no experimental evaluations of the passive hip viscoelasticity
during quiet standing and thus we analyzed a rather wide range of passive hip elasticity ( K h / …

… control”), and one involving anticipatory activation of the muscles (… from the intermittent control
theory of quiet standing by … at random instances during a quiet standing trial, and we later …

… when we consider the low bandwidth of the intermittent controller. … the activation pattern
between MG and SOL, our results suggest that the role in balance control during quiet standing …

… Eight healthy male participants stood quietly on the force platform for 120 sec, … activation
and deactivation for each muscle by using two low-pass filters. We found that muscle activation …

… This paper proposes a new intermittent control model during human quiet standing, which is
… quiet standing: robust compensation of delay-induced instability using intermittent activation …