Artificial Intelligence Driven Augmented Reality System for Educational Data Augmentation

This paper presents an Artificial Intelligence DrivenAugmented Reality System for Data Augmentation designed to enhance memory and data retrieval by transforming realworld environments into interactive Memory Palaces.The system integrates AI-based object detection and AR virtualization to enable users to anchor and recall information through spatial interaction.It functions as a cognitive enhancement tool that merges Artificial Intelligence and Augmented Reality to support memory recall, learning and spatial awareness.The proposed system operates in five stages.First, it utilizes a mobile device's camera and AR capabilities to detect realworld objects through AI-based object detection.Second, upon object identification, the system accesses a cloud database to retrieve associated digital memories such as text, images or videos linked to the detected object.Third, the relevant data are fetched for visualization.Fourth, these digital memories are spatially visualized in augmented reality around the recognized object.Finally, this process transforms the user's environment into a personalized and interactive "Memory Palace", facilitating efficient data recall and immersive learning.The system offers promising applications in education, healthcare fashion and advertisement sectors by combining cognition, AI and AR for enhanced human-computer interaction.