Myoelectric signals (MES) have been used in various applications, in particular, for
identification of user intention to potentially control assistive devices for amputees, orthotic …

This review discusses the critical issues and recommended practices from the perspective of
myoelectric interfaces. The major benefits and challenges of myoelectric interfaces are …

A fundamental component of many modern prostheses is the myoelectric control system,
which uses the electromyogram (EMG) signals from an individual's muscles to control the …

Control algorithms for upper limb myoelectric prostheses have been in development since
the mid-1940s. Despite advances in computing power and in the performance of these …

We evaluated real-time myoelectric pattern recognition control of a virtual arm by transradial
amputees. Five unilateral patients performed 10 wrist and hand movements using their …

Previous work has demonstrated the viability of applying offline analysis to interpret forearm
electromyography (EMG) and classify finger gestures on a physical surface. We extend …

Upper limb prostheses are increasingly resembling the limbs they seek to replace in both
form and functionality, including the design and development of multifingered hands and …

This paper provides a comprehensive survey of current state of the bio-sensing technologies
focusing on hand motion capturing and its application to interfacing hand prostheses. These …

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

Loss of tactile sensations is a major roadblock preventing upper limb-absent people from
multitasking or using the full dexterity of their prosthetic hands. With current myoelectric …