The student-friendly fourth edition of Motor Learning and Performance: A Situation-Based
Learning Approach expands on the fundamentals of motor performance and learning …

A crucial issue of functional electrical stimulation (FES) is the control of motor function by the
artificial activation of paralyzed muscles. Major problems that limit the success of current …

To improve the design and increase the effectiveness of electrical stimulation-induced leg
cycle ergometry, it is necessary to have a better understanding of the factors that influence …

A high-level objective of neuromuscular electrical stimulation (NMES) is to enable a person
to achieve some functional task. Towards this goal, the objective of the current effort is to …

In the field of transcutaneous functional electrical stimulation (FES), open-loop and closed-
loop control strategies have been developed to restore functions of the lower limbs: walking …

Designing advanced controllers for motor neural prosthesis applications requires
appropriate models for electrically stimulated muscle. A nonlinear nonisometric muscle …

The feedback error learning (FEL) scheme was studied for a functional electrical stimulation
(FES) controller. This FEL controller was a hybrid regulator with a feedforward and a …

A neuro-control system was designed to control the knee joint to move in accordance with
the desired trajectory of movement through stimulation of quadriceps muscle. This control …

We present a low‐frequency stimulation method via multi‐pad electrodes for delaying
muscle fatigue. We compared two protocols for muscle activation of the quadriceps in …

Electromechanical delay (EMD) is a biological artifact that arises due to a time lag between
electrical excitation and tension development in a muscle. EMD is known to cause degraded …