Project Demos
Project Demos
A wheelchair control demo that combines brain-computer interface technology with intelligent navigation and obstacle avoidance.
Highlights- Assistive mobility scenario for users with motor impairments.
- Combines obstacle avoidance, routing, and navigation for safer travel.
- Extends BCI intention control into a complete wheelchair interaction experience.
This project combines brain-computer interaction with low-latency flight control and assisted obstacle avoidance, allowing an operator to guide takeoff, hovering, forward motion, and directional adjustment through stable neural intent.
Highlights- Designed for brain-controlled flight demos and spatial navigation experiments.
- Combines attitude stabilization, assisted obstacle avoidance, and path holding for safer operation.
- Extends BCI control from ground mobility into low-altitude devices and 3D interaction validation.
This demo links brain-computer signals to an endless runner control system so that players can drive a game character forward, backward, left, right, and jump through neural intent, while the team evaluates control accuracy and feedback quality in real time.
Highlights- Built for game interaction demos and brain-controlled entertainment validation.
- Supports forward, backward, left, right, and jump actions in a parkour-style game loop.
- Useful for tuning algorithms and showcasing immediate control feedback in a vivid format.
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