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

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 …

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 …

Human balancing on a balance board is modelled as a delayed proportional-derivative
control mechanism with unknown feedback delay. The mechanical model implies that there …

Purpose. The goal of this thesis is to test the qualification of changes in balance as the effect
of long-lasting balancing on a movable platform alternately in sagittal and frontal planes. It …

A two-degree-of-freedom mechanical model was developed to analyze human balancing on
rolling balance board in the frontal plane. The human nervous system is modeled as a …

Human balancing on rolling balance board in the frontal plane is analyzed using a two DoF
mechanical model, where the human body is modeled by a four-bar linkage mechanism and …

The balance of standing humans is usually explained by the inverted pendulum model. The
subject invokes a horizontal ground–reaction force in this model and controls it by changing …

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 …

Feedback delays in balance are often assessed using muscle activity onset latencies in
response to discrete perturbations. The purpose of the study was to calculate EMG latencies …