A sense of touch is essential for amputees to reintegrate into their social and work life. The
design of the next generation of the prostheses will have the ability to effectively convey the …

The intelligent machine vision technology based on man-machine interaction mode has the
advantages of weak intrusion, low adhesion and no device binding. With the development …

Most transradial prosthesis users with conventional “Sequential” myoelectric control have
two electrode sites which control one degree of freedom (DoF) at a time. Rapid EMG co …

Haptics, or the sense of touch, is critical in hand prostheses since providing haptic feedback
can significantly enhance control. Research on haptic feedback for upper limb prostheses …

Stable grasping without slips or crushing is a major challenge for amputees who lose the
natural sensorimotor system in dynamically changing daily life environments. Amputees rely …

For transradial amputees, especially those with insufficient residual muscle activity, it is
challenging to quickly obtain an appropriate grasping pattern for a multigrasp prosthesis. To …

The Editor-in-Chief and the publisher have retracted this article, which was submitted as part
of a guest-edited special section. An investigation uncovered evidence of systematic …

The surface electromyogram (EMG) signal can be collected when muscle tissue receives
motor commands. EMG has been widely used in fields including myoelectric prothesis …

The surface electromyogram (sEMG) measures the electrical activities of muscles and is
often related to muscle force/joint torque. sEMG has many applications including clinical …

As the electrical stimulation (ES) may coexist with myoelectric signal (EMG) collection in a
bidirectional human-machine interface, the compatibility of these two channels must be …