A Critical Review of AI-Driven AR Glasses for Realtime Multilingual Communication

This research paper examines the integration of Artificial Intelligence-driven Augmented Reality glasses within wired and wireless systems to facilitate real-time multilingual communication. The synergy between AI and AR technologies presents a transformative potential in overcoming language barriers, enabling seamless communication among diverse linguistic communities. By harnessing the power of AI, AR glasses offer instant translation and interpretation services, enhancing interconnectivity in multicultural settings. The paper discusses the technical underpinnings of these AR systems, exploring their architecture, functionalities, and the algorithms driving real-time multilingual translation. Furthermore, this study investigates the implications and challenges of embedding AI-powered AR glasses into wired and wireless communication networks. It assesses the system's effectiveness in translating spoken languages and analyzing their potential impact on communication infrastructure. The review of existing literature, coupled with case studies, offers insights into the successful applications of these integrated systems. This comprehensive analysis advocates for the utilization of AI-driven AR glasses as an instrumental tool in bridging language gaps, emphasizing their significance in fostering inclusive and efficient communication ecosystems within wired and wireless networks.