The relation between balancing performance and reaction time is investigated for human
subjects balancing on rolling balance board of adjustable physical parameters: adjustable …

The control mechanism of the human nervous system during stick balancing is analyzed
using signal processing techniques. It is assumed that during stick balancing the inclination …

The critical length that limits stabilizability for delayed proportional‐derivative‐acceleration
(PDA) feedback and for predictor feedback (PF) is analyzed for the inverted pendulum …

Sensory uncertainties and imperfections in motor control play important roles in neural
control and Bayesian approaches to neural encoding. However, it is difficult to estimate …

Human reaction delay significantly limits manual control of unstable systems. It is more
difficult to balance a short stick on a fingertip than a long one, because a shorter stick falls …

Dynamic balance conditions were realized by asking eight volunteers to stand on uniaxial
balance board with adjustable geometry and to carry out 60 s long balancing trials. Four …

The relation between balancing performance on rolling balance board and reaction time is
investigated. Ten young healthy adults performed balancing trials on a rolling balance board …

This paper considers the stabilization of a rolling balance board by means of the multiplicity-
induced-dominancy property. A two degree-of-freedom mechanical model of a human …

Human stick balancing is investigated in terms of reaction time delay and sensory dead
zones for position and velocity perception using a special combination of delayed state …

Seven novice subjects participated in experiments of stick balancing on a linear track in the
anterior-posterior (AP) and the medio-lateral (ML) directions. The goal of the experiments …