SMARTe-VR: Student Monitoring and Adaptive Response Technology for e-learning in Virtual Reality

• URL: http://arxiv.org/abs/2501.10977v1
• Date: Sun, 19 Jan 2025 07:53:39 GMT
• Title: SMARTe-VR: Student Monitoring and Adaptive Response Technology for e-learning in Virtual Reality
• Authors: Roberto Daza, Lin Shengkai, Aythami Morales, Julian Fierrez, Katashi Nagao,
• Abstract summary: This work introduces SMARTe-VR, a platform for student monitoring in an immersive virtual reality environment designed for online education. The platform allows instructors to create tailored learning sessions with video lectures, featuring an interface with an Auto QA system to evaluate understanding. We release a dataset containing 5 research challenges with data from 10 users in VR-based TOEIC sessions. This dataset, spanning over 25 hours, includes facial features, learning metadata, 450 responses, question difficulty levels, concept tags, and understanding labels.
• Score: 13.616038134322435
• License:
• Abstract: This work introduces SMARTe-VR, a platform for student monitoring in an immersive virtual reality environment designed for online education. SMARTe-VR is aimed to gather data for adaptive learning, focusing on facial biometrics and learning metadata. The platform allows instructors to create tailored learning sessions with video lectures, featuring an interface with an Auto QA system to evaluate understanding, interaction tools (e.g., textbook highlighting and lecture tagging), and real-time feedback. Additionally, we release a dataset containing 5 research challenges with data from 10 users in VR-based TOEIC sessions. This dataset, spanning over 25 hours, includes facial features, learning metadata, 450 responses, question difficulty levels, concept tags, and understanding labels. Alongside the database, we present preliminary experiments using Item Response Theory models, adapted for understanding detection using facial features. Two architectures were explored: a Temporal Convolutional Network for local features and a Multilayer Perceptron for global features.

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