The sense of touch is one of the most informative senses humans possess, and tactation is
the sensation perceived by the sense of touch. Tactation is resulted by the skin's receptors …

An intelligent gait-phase detection algorithm based on kinematic and kinetic parameters is
presented in this paper. The gait parameters do not vary distinctly for each gait phase; …

Injury to a lower limb may disrupt natural walking and cause asymmetrical gait, therefore
assessing the gait asymmetry has become one of the important procedures in gait analysis. …

In therapeutic applications, the use of biofeedback devices has been identified to improve
postural control and stability in individuals with sensory deformations. Biofeedback devices …

Biofeedback is known to improve postural control and shorten rehabilitation periods among
the young and elderly. A biofeedback system communicates with the human central nervous …

Application of robotics in rehabilitation provides various opportunities to improve the quality
of daily life of disabled people. Therapy rehabilitation is categorized as cardiopulmonary, …

The use of neural computing for gait analysis widely known as computational intelligent gait
analysis is addressed recently. This research work reports multilayer feed-forward neural …

An intelligent recovery evaluation system is presented for objective assessment and performance
monitoring of anterior cruciate ligament reconstructed (ACL-R) subjects. The system …

The present study utilised machine learning techniques to characterise differences between
dominant (DL) and non-dominant (nDL) legs of healthy female netballers during single-leg …

Classification of athletes’ performance in vertical jump (VJ) tests is a recommended practice
at various stages of athlete fitness development and performance enhancement. The …