Current advancements in exoskeleton robotics allow those with mobility disorders to walk
again. The user conveys his or her desired motion to the exoskeleton using a Human …

We report a small dual cohort pilot study with traumatic spinal cord injured (SCI) subjects
designed to investigate the utility of a wheelchair-mounted robotic arm for these subjects …

Exponential increases of available computational resources, miniaturization, and sensors,
are enabling the development of digital musical instruments that use non-conventional …

The Tongue Drive System (TDS) is a wireless and wearable assistive technology, designed
to allow individuals with severe motor impairments such as tetraplegia to access their …

The tongue drive system (TDS) is an unobtrusive, minimally invasive, wearable and wireless
tongue–computer interface (TCI), which can infer its users' intentions, represented in their …

We address the problem of performing silent speech recognition where vocalized audio is
not available (eg due to a user's medical condition) or is highly noisy (eg during firefighting …

The human ear seems to be a rigid anatomical part with no apparent activity, yet many facial
and body activity can be measured from it. Research apparatuses and commercial products …

For many diseases, treatment is more effective in the early stage of a disease; hence
detection of the early signs of a disease is highly significant. Biomechanical motion can be …

The tongue is one of the few organs with high mobility in the case of severe spinal cord
injuries. However, most tongue-machine interfaces (TMIs) require the patient to wear …

In this study, an earphone-type interface named “earable TEMPO” was developed for hands-
free operation, wherein the user can control the device by simply pushing the tongue against …