| Abstrakt: |
This research endeavor revolved around the conceptualization, design, and evaluation of a technologically advanced smart glove tailored to aid individuals afflicted with visual impairments. The focal objective entailed integrating a diverse array of sensors and sophisticated features within the glove's framework to effectively detect barriers and offer location-specific assistance. Rigorous experimentation and analysis were conducted to meticulously scrutinize the device's performance and ascertain its efficacy. The experimental findings unequivocally substantiated the glove's competence in identifying obstacles obstructing the user's path, with a striking accuracy rate exceeding 95%. Notably, when the user engaged the yellow button while concurrently gesturing forward, the glove adeptly detected impediments situated within a onefoot proximity, promptly generating an auditory alert through an embedded speaker module. Similarly, activating the red button triggered the activation of the GPS sensor, enabling real-time determination of the user's precise geographical coordinates. Subsequently, this invaluable location data was expeditiously disseminated via Line Notify, accompanied by a conveniently accessible Google Maps hyperlink. Moreover, the aforementioned coordinates were seamlessly displayed on an interconnected web server, thus facilitating immediate assistance from nearby individuals. In essence, the culmination of this research effort showcased the immense potential of the developed intelligent glove as a viable tool for ameliorating the challenges faced by individuals confronting visual impairments. The comprehensive evaluation outcomes provide a solid foundation for future enhancements and refinements aimed at elevating the device's functionality and user experience to unprecedented heights. [ABSTRACT FROM AUTHOR] |
