The availability of fiber conductors that can be stretched to large extents without significantly
changing resistance or conductivity could enable the advances of elastic conductors as …

Muscle contraction information from the residual upper-limb of an amputee can generate
intention-based control to prosthetic devices. There are several approaches such as …

Persons with upper-limb amputations face severe problems due to a reduction in their ability
to perform the activities of daily living. The prosthesis controlled by electromyography (EMG) …

Forearm amputation abruptly affects the patient's life by limiting their body functionality.
Available myoelectric prosthesis somewhat can regain the lost capability of amputees …

Surface electromyography (sEMG) is considered an established means for controlling
prosthetic devices. sEMG suffers from serious issues such as electrical noise, motion artifact …

This paper presents different machine learning techniques to classify the following foot
movements:(i) dorsiflexion,(ii) plantarflexion,(iii) inversion,(iv) eversion,(v) medial rotation …

Patients suffering from upper limb amputation experience a significant reduction in their
ability to perform various tasks. The currently available myoelectric prostheses seek to …

Transradial amputations, also known as below-elbow amputations, can occur for various
reasons, including trauma, congenital limb deficiencies, vascular disease, or complications …

Electroceuticals is an emerging field that combines the technology in conductive materials
with their ability to interface with biological systems. The development of highly conductive …

Lip training is an essential part of orthodontic treatment. The effectiveness of lip training can
be more fully assessed by providing information on surface electromyography and inter-lip …