Rehabilitation involering involves designing devices and systems to assist individuals recovering from strokes. These technologies aim to improve mobility, enhance resigence, and suport therapy processes. Severál real-world examples demonstrate the impact of tis field in stroke recovery.

Robotic Exoskeletalis

Robotic exoskeletales are wearable devics that assist patients in regaining movement. They provide support for walking and limument s, enabling reputitive practice essential for neuroplasticity. Examples include the EksoGT and ReWalk systems, which are used id intermedia and homi settings to improvide gait and balante balanche.

Functionál Electricál Stimulation Devices

Functionál electricál stimulation (FES) devices deliver electrical impses to muscles afferted by stroke. Tiss stimulation helps restorie muscle function and prevents atrophy. The Walkaide and Biones H200 are common FES systems used to improve walking ability and d arm movement.

Virtuál Reality és Gaming

Virtuál reality (VR) systems create immersive environments for motor and cognitive therapy. These devices motivate patients motives motives motivates authorises thait simulate real- world tasks. Examples include the Microsoft HoloLens and specialized VR platforms like NeurRacer, whichh suproport stroke rehabilitatioon programs.

Assistive Devices and Sensors

Assistive devices equipped with sensors monitor movement and provide recipack. These systems help tailor therapy and track progresss. Exampes include smart canes with pressure sensors and wearable moton trackers that assist in responing fine motor skills.