Assistive technologies (AT) enable people with disabilities to perform activities of daily living
more independently, have greater access to community and healthcare services, and be …

In the 2020s, human-machine interaction (HMI) is everywhere. However, most HMI systems
perform interaction based on physical control, which does not always work well for people …

Purpose: Current electromagnetic tongue tracking devices are not amenable for daily use
and thus not suitable for silent speech interface and other applications. We have recently …

People with upper limb disabilities or high quadriplegia have extremely high requirements
for the maneuverability and functionality of power wheelchairs. Normal wheelchairs cannot …

MEIGA is a module specially designed for people with tetraplegia or anyone who has very
limited movement capacity in their upper limbs. MEIGA converts the user's head movements …

Biomedical sensors have revolutionized healthcare by offering advanced tools for realtime
disease diagnosis, continuous monitoring, and effective treatment. These sensors …

Advancement of assistive technology has played an instrumental role in developing varied
wheelchair controllers for people with severe disabilities. The principal objective of this study …

Purpose: Current electromagnetic tongue tracking devices are not amenable for daily use
and thus not suitable for silent speech interface and other applications. We have recently …

In order to solve the problem that some quadriplegics cannot control the wheelchair
autonomously, a vision tracking wheelchair control system which combines hardware and …

This project involved the development of a model for the human oral cavity to aid in the
design of intraoral wearable human-computer interfaces, which have great potential for …