Sigrid S. G. Dupan

This study demonstrates that training with a delayed feedback paradigm improves myoelectric skill retention and enables transfer to prosthesis control.

This study investigates how electrotactile stimulation parameters affect response speed and accuracy under cognitive load, finding faster responses to electrotactile stimuli and the need for larger intensity shifts for accuracy.

This paper shows that reducing motor variability through training improves myoelectric control robustness across different limb positions.