TL;DR
This paper introduces a three-stage video analysis framework combining vision-language models and large language models to assess student engagement by considering classroom context and peer actions.
Contribution
It presents a novel approach that integrates few-shot action recognition and sequence classification with context-aware analysis for student engagement measurement.
Findings
Effective identification of student engagement demonstrated.
Utilizes few-shot learning for action recognition with limited data.
Incorporates classroom context for improved accuracy.
Abstract
Understanding student behavior in the classroom is essential to improve both pedagogical quality and student engagement. Existing methods for predicting student engagement typically require substantial annotated data to model the diversity of student behaviors, yet privacy concerns often restrict researchers to their own proprietary datasets. Moreover, the classroom context, represented in peers' actions, is ignored. To address the aforementioned limitation, we propose a novel three-stage framework for video-based student engagement measurement. First, we explore the few-shot adaptation of the vision-language model for student action recognition, which is fine-tuned to distinguish among action categories with a few training samples. Second, to handle continuous and unpredictable student actions, we utilize the sliding temporal window technique to divide each student's 2-minute-long…
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