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Author(s):

Sulakshna. S .Patil | Shubham Gahininath Mane | Rushikesh Balasaheb Bangar | Vaibhav Bandu Potphode
Keywords:

Embedded Systems, Arduino UNO, Voice Control, Bluetooth Connectivity, Obstacle Detection, Assistive Technology, Mobility Aid
Abstract:
The Smart Wheelchair Is An Innovative Mobility Solution Designed To Enhance The Independence And Quality Of Life For Individuals With Physical Disabilities. This Project Utilizes An Arduino-based Control System Integrated With Bluetooth Connectivity, Allowing The Wheelchair To Be Operated Via Mobile Applications Or Voice Commands. The System Provides An Intuitive And Hands-free Mode Of Navigation, Making It Ideal For Users With Limited Motor Functions. By Incorporating Modern Technologies Such As Sensors And Wireless Communication, The Smart Wheelchair Ensures Safety, Convenience, And Ease Of Use, Showcasing A Step Forward In Assistive Technology Development. In Addition To Basic Movement, The System Can Be Customized For Obstacle Detection, Emergency Alerts, And Speed Control. Its Cost- Effective And Modular Design Makes It Accessible For Wide-scale Implementation, Especially In Healthcare And Rehabilitation Centers. This Project Aims To Bridge The Gap Between Technology And Inclusive Design. The System's Adaptability To Different User Needs Makes It Suitable For Various Environments, From Indoor Spaces To Outdoor Mobility. Its User-friendly Interface And Robust Design Ensure Long-term Reliability And Comfort.

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