5G and the Internet of Things Collaborate to Improve Smart Glasses for the Visually Impaired

Abstract

Background: The convergence of 5G technology with the Internet of Things (IoT) presents a potential paradigm shift in enhancing accessibility opportunities for those with visual impairments. The emergence of intelligent eyewear driven by these technologies is leading the way in this transformative era. Objective: The primary objective of this paper is to investigate the possible synergies between 5G and IoT technologies in developing improved smart glasses for those with visual impairments. The focus is on elucidating how the cooperation between these technologies might substantially enhance the overall quality of life for this particular demographic. Methodology: The current study examines 5G's promise for a fast, reliable connection. IoT-enabled smart glasses are tested for their capacity to process and respond to real-time data. This study analyzes how 5G's decreased latency affects smart glass-device connection. Tactile feedback gloves and intelligent city infrastructure may be included as assistive technology. Results: The results of the study suggest that the quick data transmission capabilities of 5G technology enable various functionalities such as real-time object identification, text-to-speech translation, and navigation help, hence augmenting the level of independence experienced by users. The glasses' interoperability with other devices and infrastructure enhances their usability, providing users with enhanced spatial awareness and a more integrated experience. Conclusion: Given the anticipated rise in the population of persons with visual impairments, it is imperative to prioritize allocating resources towards the development and implementation of 5G-IoT-enabled devices such as smart glasses. The article's conclusion highlights the clear advantages of using such technology in promoting inclusivity and enhancing the liberty of visually impaired individuals, despite the hurdles related to data privacy and ethical concerns.

Keywords

• 5g technology
• iot
• smart glasses
• visually impaired
• real-time object recognition
• text-to-speech
• navigation assistance
• data privacy
• accessibility
• spatial awareness