Abstract
The Smart AI-Enabled Blind Stick emerges as a ground breaking assistive device, designed to empower visually impaired individuals with enhanced mobility through Artificial Intelligence (AI), advanced sensor integration, and GPS tracking. At its core, the device utilizes convolutional neural networks (CNNs) for precise object detection, alongside ultrasonic sensors for real-time obstacle identification, and GPS technology for accurate outdoor navigation. This integration facilitates seamless indoor and outdoor mobility, offering users audio, tactile, and vibrational feedback for immediate awareness and obstacle avoidance. Our innovative approach combines real-time environmental analysis with intuitive user feedback mechanisms, ensuring a high level of safety and independence for visually impaired users. The CNN model is trained on extensive datasets to recognize a multitude of obstacles, while the ultrasonic sensors fill in the gaps by detecting immediate, unforeseen obstructions. GPS functionality further enhances the device's utility, enabling destination setting and vocalized route guidance.
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