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AI-Powered Smart Wheelchair with Drone Assistant
Researchers are developing a smart wheelchair with AI and drone assistance to improve mobility for people with disabilities, focusing on safety and ethical considerations.
English
United States
TechnologyHealthArtificial IntelligenceInnovationRoboticsAccessibility
German Research Centre For Artificial IntelligenceAitekUniversity Of Applied Sciences And Arts Of Southern Switzerland (Supsi)
Francesco Flammini
- What is the role of drones in this project?
- Smart drones will act as an extension of the wheelchair, providing an expanded viewpoint and assisting with mapping and object monitoring; however, legal and technical challenges remain.
- What is the main goal of the REXASI-PRO project?
- The REXASI-PRO project aims to develop a self-driving wheelchair using AI and a drone assistant to enhance the autonomy of people with disabilities.
- How does the AI system in the smart wheelchair work?
- The system uses a deep neural network to interpret sensor data and control the wheelchair's motors, with a focus on safe and responsible AI development.
- How does the project address data collection challenges?
- A simulator generates synthetic data to train the neural network, avoiding the costs and privacy concerns of real-world data collection.
- What is the biggest challenge in developing this technology?
- The biggest challenge is ensuring trustworthy AI to make the system safe, reliable, and capable of navigating various scenarios, including road crossings.