Objective: to determine the impact of special precision-target exercises on the level and
structure of psycho-physiological indicators, physical and technical readiness of archers at …

Robots that work in unstructured scenarios are often subjected to collisions with the
environment or external agents. Accordingly, recently, researchers focused on designing …

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 …

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 …

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 sagittal plane is analyzed such that the
geometry of the balance board can be adjusted: the radius R of the wheels and the elevation …

Using the computer algebra system Maple, we consider the stabilization of a rolling balance
board by means of the multiplicity-induced-dominancy (MID) property. The human stance on …

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

The role of modern motion analysis is increasing in the fields of biomechanical research,
clinical diagnostics, rehabilitation monitoring, robotics and entertainment. The motion …

One of the questions of ongoing interest for linear time-delay systems is to determine
conditions on the equation's parameters that guarantee the exponential stability of solutions …