Authors :
Dr. Julie Ann B. Real; Kal-el Gabriel C. Ceradoy; RJ Leandrei J. Fortuna; Jeileen Roze N. Gallarte; Kyla Nezel S. Soriano; Akirah Faith A. Emperio; Nicole Margareth I. Carlos; Dyanna Chrisleen V. Camia
Volume/Issue :
Volume 9 - 2024, Issue 4 - April
Google Scholar :
https://tinyurl.com/56a3c2tr
Scribd :
https://tinyurl.com/7845vms2
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24APR624
Abstract :
People with visual impairment may face
struggles in their daily activities, as these may affect
them socially, physically, and psychologically. This study
aims to address this problem by utilizing quantitative
experimental research to come up with Object
Recognition Eyeglasses out of ImageAI. This device aims
to assist the visually impaired person by recognizing the
object in front of them and giving an audio output of the
name of the object. Throughout the testing process, the
Object Recognition Eyeglasses showed accuracy in
recognizing different objects and their different
varieties. It also showed its capability to recognize
objects from far distances, with a maximum distance of
45 meters, and its efficiency in delivering a timely
recognition and audio output with an average time
interval of 1.61 and 0.63 seconds respectively. Based on
these results, the Object Recognition Eyeglasses stands
as an accurate, efficient, and capable assistive device that
can help visually impaired people in their day-to-day
lives. However, this device still needs improvement in
terms of convenience by using a phone instead and
modifying it to not require any internet connection.
Keywords :
Object Recognition Eyeglasses, Image AI, Visually Impaired, Assistive Device
People with visual impairment may face
struggles in their daily activities, as these may affect
them socially, physically, and psychologically. This study
aims to address this problem by utilizing quantitative
experimental research to come up with Object
Recognition Eyeglasses out of ImageAI. This device aims
to assist the visually impaired person by recognizing the
object in front of them and giving an audio output of the
name of the object. Throughout the testing process, the
Object Recognition Eyeglasses showed accuracy in
recognizing different objects and their different
varieties. It also showed its capability to recognize
objects from far distances, with a maximum distance of
45 meters, and its efficiency in delivering a timely
recognition and audio output with an average time
interval of 1.61 and 0.63 seconds respectively. Based on
these results, the Object Recognition Eyeglasses stands
as an accurate, efficient, and capable assistive device that
can help visually impaired people in their day-to-day
lives. However, this device still needs improvement in
terms of convenience by using a phone instead and
modifying it to not require any internet connection.
Keywords :
Object Recognition Eyeglasses, Image AI, Visually Impaired, Assistive Device
