The rapid advancement of smart wearable technology has created an opportunity to integrate various high-utility functions into a single device. This article introduces A.R.I.S.E. (Artificial Recognition and Intelligent Sign-language Eyewear), a versatile smart glasses system that combines cutting-edge technologies, including speech recognition and generation capabilities, to enhance user interaction and accessibility. A.R.I.S.E. offers a range of essential functions such as real-time object recognition, text extraction, AI-driven conversational support, facial recognition, and gesture control. This paper details the design, integration, and implementation of these diverse software functions into a cohesive wearable device, highlighting challenges in creating a seamless user experience. We also explore potential applications in accessibility and communication, emphasizing the role of large language models in conversational AI to facilitate effective human-machine interaction.

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A.R.I.S.E. Artificial Recognition and Intelligent Sign-Language Eyewear - A Multifunctional Smart Glasses System for Enhanced Accessibility and User Assistance

  • Rahul Thambi,
  • Roshi Bhati,
  • Nikhil Nerurkar,
  • Ketan Shah

摘要

The rapid advancement of smart wearable technology has created an opportunity to integrate various high-utility functions into a single device. This article introduces A.R.I.S.E. (Artificial Recognition and Intelligent Sign-language Eyewear), a versatile smart glasses system that combines cutting-edge technologies, including speech recognition and generation capabilities, to enhance user interaction and accessibility. A.R.I.S.E. offers a range of essential functions such as real-time object recognition, text extraction, AI-driven conversational support, facial recognition, and gesture control. This paper details the design, integration, and implementation of these diverse software functions into a cohesive wearable device, highlighting challenges in creating a seamless user experience. We also explore potential applications in accessibility and communication, emphasizing the role of large language models in conversational AI to facilitate effective human-machine interaction.