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The technology known as augmented reality (AR) offers a promising way to transform education by providing immersive and interactive learning environments. This article explores the development and implementation of an augmented reality (AR)-based educational system with the goal of enhancing student-focused learning experiences. This system uses augmented reality technology to address the drawbacks of conventional teaching methods by offering dynamic and captivating study aids that are customized to each student's individual learning style. This article looks into the development and implementation of an augmented reality (AR)-based educational system to enhance student-focused learning experiences. Using augmented reality technology, this system overcomes the limitations of traditional teaching methods by offering dynamic and engaging study aids that are customized to each student's individual learning style. The system communicates with the Vuforia Cloud Target detection System (VCTRS) via a mobile app for AR marker detection and metadata retrieval. Its architecture is client-server. The architecture of the system is shown in architectural diagrams, which make it easier for users to understand because of its modular structure and interrelated components. The Augmented Reality Viewer module facilitates interactive learning experiences by enabling users to examine virtual content superimposed on their physical surroundings. To sum up, this article offers a fresh take on educational augmented reality, complete with interactive elements and real-time improvements that turn conventional teaching strategies into dynamic, captivating learning environments.
S et al. (Wed,) studied this question.