LiveVision: Real Time Object Recognition and Speech Synthesis using Machine Learning

In the realm of education and accessibility, a significant gap exists for school-aged children as well as for visually impaired individuals, who often face challenges in accessing interactive and inclusive learning tools. Existing educational applications have yet to fully address the unique needs of these diverse user groups, particularly in the areas of real-time object recognition and speech synthesis. This paper presents LiveVision, an innovative solution designed to bridge these gaps. LiveVision integrates real-time object recognition with speech synthesis using Machine Learning to provide an engaging and accessible educational experience for children, while simultaneously offering a vital tool for enhancing the independence and learning of visually impaired individuals. By leveraging cutting-edge technologies, LiveVision empowers children with interactive learning opportunities, fosters a more inclusive environment, and promotes equal access to education for those with visual impairments. This research explores the design, development, and potential impact of LiveVision, aiming to break barriers, enhance learning outcomes, and create an inclusive educational landscape for all

Authors

Publication Details

Journal
International Journal of Advanced Research in Science Communication and Technology
Published
2025-03-25
DOI
https://doi.org/10.48175/ijarsct-24460
Primary Topic
Advanced Neural Network Applications
Type
article
Field-Weighted Citation Impact
0.00
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article

LiveVision: Real Time Object Recognition and Speech Synthesis using Machine Learning

Mayur Naik, Ms. Likita S. Shetty, Mr. Manjuram G. Prabhudessai
International Journal of Advanced Research in Science Communication and Technology
Advanced Neural Network Applications
article

LiveVision: Real Time Object Recognition and Speech Synthesis using Machine Learning

Mayur Naik, Ms. Likita S. Shetty, Mr. Manjuram G. Prabhudessai
article en

Abstract

In the realm of education and accessibility, a significant gap exists for school-aged children as well as for visually impaired individuals, who often face challenges in accessing interactive and inclusive learning tools. Existing educational applications have yet to fully address the unique needs of these diverse user groups, particularly in the areas of real-time object recognition and speech synthesis. This paper presents LiveVision, an innovative solution designed to bridge these gaps. LiveVision integrates real-time object recognition with speech synthesis using Machine Learning to provide an engaging and accessible educational experience for children, while simultaneously offering a vital tool for enhancing the independence and learning of visually impaired individuals. By leveraging cutting-edge technologies, LiveVision empowers children with interactive learning opportunities, fosters a more inclusive environment, and promotes equal access to education for those with visual impairments. This research explores the design, development, and potential impact of LiveVision, aiming to break barriers, enhance learning outcomes, and create an inclusive educational landscape for all

International Journal of Advanced Research in Science Communication and Technology
Openalex Percentile: Top 96%
Advanced Neural Network Applications
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