Abstract
Abstract: Blind people and other visually impaired, physically disabled people in our society face difficulties in moving in daily life. Due to poor visibility, they often fail to detect surrounding obstacles and injure themselves. Due to blindness, involuntary abnormal movements, and lack of a timely rescue system, the degree of injury and other adverse effects are aggravated. One possible way to alleviate the suffering of blind and visually impaired person could be to design an assistive device capable of taking corrective action based on location, proximity and fall event information (if applicable). The goal of this research was to develop a costeffective, comfortable and easy to manufacture smart helmet for safe and smooth mobility for the blind person.
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