Smart Bionic Vision: An Assistive Device System for the Vis-ually Impaired Using Artificial Intelligence
Badawi, M., Al Nagar, A., Mansour, R, M., Ibrahim ,Kh, I., Hegazy, N., Elaskary, S. (2024). Smart Bionic Vision: An Assistive Device System for the Vis-ually Impaired Using Artificial Intelligence. EKB Journal Management System, 04(01), 1-12. doi: 10.21608/ijt.2024.342832
Mohamed Badawi; Al Nagar ,E Al Nagar; Mansour, R Mansour, R; Ibrahim ,Kh Ibrahim ,Kh; Nada Hegazy; Safa Elaskary. "Smart Bionic Vision: An Assistive Device System for the Vis-ually Impaired Using Artificial Intelligence". EKB Journal Management System, 04, 01, 2024, 1-12. doi: 10.21608/ijt.2024.342832
Badawi, M., Al Nagar, A., Mansour, R, M., Ibrahim ,Kh, I., Hegazy, N., Elaskary, S. (2024). 'Smart Bionic Vision: An Assistive Device System for the Vis-ually Impaired Using Artificial Intelligence', EKB Journal Management System, 04(01), pp. 1-12. doi: 10.21608/ijt.2024.342832
Badawi, M., Al Nagar, A., Mansour, R, M., Ibrahim ,Kh, I., Hegazy, N., Elaskary, S. Smart Bionic Vision: An Assistive Device System for the Vis-ually Impaired Using Artificial Intelligence. EKB Journal Management System, 2024; 04(01): 1-12. doi: 10.21608/ijt.2024.342832

Smart Bionic Vision: An Assistive Device System for the Vis-ually Impaired Using Artificial Intelligence

International Journal of Telecommunications
Volume 04, Issue 01, February 2024, Page 1-12  XML PDF (1.49 MB)
Document Type: Original Article
DOI: 10.21608/ijt.2024.342832
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Authors
Mohamed Badawi1; Al Nagar ,E Al Nagar1; Mansour, R Mansour, R2; Ibrahim ,Kh Ibrahim ,Kh2; Nada Hegazy2; Safa Elaskary email 3
1Pharos University, Faculty of Applied Health Sciences Technology ,Biomedical
2Pharos University, Faculty of Applied Health Sciences Technology ,Biomedical Equipment Technology Department. Alexandria, Egypt
3Technology of Biomedical Equipment, Faculty of Applied Health Sciences Technology, Pharos University Alexandria
Abstract
 Nowadays, Smart Glass emerges as a potential aid for individuals with visual impairments, offering the promise of enhanced quality of life. Designed for those seeking independent navigation with a sense of social ease and security, the concept revolves around the idea that visually impaired individuals prefer inconspicuous assistance tools. This paper delves into the significant advancements within wearable electronics, spotlighting additional features. This innovative glass offers a multifaceted solution for individuals with visual impairments, providing assistance in diverse scenarios. Beyond aiding in the reading of scripts, they excel at distinguishing between currencies, enabling users to navigate financial transactions with ease. The glasses also enhance color recognition, allowing wearers to perceive and appreciate the vibrant spectrum of the world around them. Additionally, the incorporation of obstacle detection technology ensures a heightened sense of safety by alerting users when they are in proximity to potential hazards. Furthermore, the glasses feature advanced facial recognition capabilities, contributing to a more inclusive and socially connected experience by detecting faces and fostering seamless interactions.
Keywords
Blind; Raspberry Pi 4 Model B; Ultra Sonic sensor; Python; Raspberry Pi CAM
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