This paper evaluates the prospects of using a novel Integrated Haptic Feedback (IHF)
system. IHF can provide over-ground gait training regimens for post-stroke ambulatory …

Gait rehabilitation following stroke is often stated as the primary goal to improve quality of
life. A wearable augmented feedback system which provides vibrotactile cues for post-stroke …

In order to explore mobile applications of kinesthetic cues, we recently developed a system
for generating kinesthetic cues on the user's back. Carrying on from that work, in this paper …

The human core plays a key role in maintaining stability and allowing safe execution of
movements. Stability of the core depends on the strength and control of its muscles …

Reaction Wheels (RW) have traditionally been used in spacecraft to control their attitude.
This paper presents a novel application of RW to deliver kinesthetic cues for balance …

Hot forging industry workers are prone to encounter several health risks due to lack of
automation and poor working environment conditions. These workers particularly suffer from …

In recent years, several robotic devices have been developed for lower limb rehabilitation.
However, the post-training functional improvements in gait abilities after using those devices …

The purpose of this research is to develop a gait assistive device to enhance the gait stability
and training efficiency of stroke patients. The configuration of this device is mainly composed …

Hot forging industry workers are prone to encounter several health risks due to lack of
automation and poor working environment conditions. These workers particularly suffer from …

The purpose of this research is to develop a gait assistive device to enhance the gait stability
and training efficiency of stroke patients. The configuration of this device is mainly composed …