The paper outlines that a huge diversity of components and different control modes are necessary to satisfy patients’ needs. Therefore, satisfaction is the critical factor whether a patient will wear his prosthesis or ...

This pilot study is to investigate alternatives to existing harness/skin interface for upper extremity amputees who use conventional or myoelectric prostheses with a harness. The study design is a single-system prospective ...

While some groups and centres have attempted to promote greater levels of sophistication in exo-prosthetics it is only in the past couple of year s that the ideas of computer control to be applied in prostheses has received ...

In this study we have investigated a potential optimal model for the relationship between muscle force and electromyogram (EMG) that includes both increasing and decreasing force paths (hysteresis). Intramuscular (iEMG) ...

In a typical transhumeral myoelectric system, biceps and triceps control both elbow and hand. Mode selection (frequently co-contraction) is used to switch between these two functions. In addition to requiring that these ...

This lecture will discuss the experience at Brook Army Medical Center (BAMC) utilizing trial fitting protocols to optimize rehabilitation of upper limb amputee soldiers. Case presentations will illustrate and focus on ...

The enhancement of an existing myoelectric control system has been investigated. The original one-channel system used an artificial neural network to classify myoelectric patterns. This research shows that a two-channel ...

After several cases utilizing TMR as the foundation for control it becomes apparent that even the most advanced commercially available systems lack all the necessary variability to accommodate a wide array of clinical ...