Understanding how movement is controlled by the CNS remains a major challenge, with
ongoing debate about basic features underlying this control. In current established views …

The hand is one of the most fascinating and sophisticated biological motor systems. The
complex biomechanical and neural architecture of the hand poses challenging questions for …

The human hand has so many degrees of freedom that it may seem impossible to control. A
potential solution to this problem is “synergy control” which combines dimensionality …

The deep cervical extensors are anatomically able to control segmental movements of the
cervical spine in concert with the deep cervical flexors. Several investigations have …

With the increasing development of internet, the security of personal information becomes
more and more important. Thus, variety of personal recognition methods have been …

Because humans have limited ability to independently control the many joints of the hand, a
wide variety of hand shapes can be characterized as a weighted combination of just two or …

Pattern recognition control combined with surface electromyography (EMG) from the
extrinsic hand muscles has shown great promise for control of multiple prosthetic functions …

Estimation of joint kinematics plays an important role in intuitive human-machine
interactions. However, continuous and reliable estimation of small (eg, the finger) joint …

We studied the extent to which mechanical coupling and neuromuscular control limit finger
independence by studying passive and active individuated finger movements in healthy …

In studies of volitional inhibition, successful task performance usually requires the
prevention of all movement. In reality, movements are selectively prevented in the presence …