Understanding the Teaching Styles by an Attention based Multi-task Cross-media Dimensional modelling
Suping Zhou, Jia Jia, Yufeng Yin, Xiang Li, Yang Yao, Ying Zhang,, Zeyang Ye, Kehua Lei, Yan Huang, Jialie Shen

TL;DR
This paper introduces a novel approach to quantitatively characterize and model teachers' styles using a multi-task deep learning model and a new semantic space, leveraging cross-media data for improved understanding.
Contribution
The paper proposes a new Teaching Style Semantic Space and an attention-based multi-task neural network to effectively analyze cross-media teaching data and characterize teaching styles.
Findings
AMMDNN outperforms baseline methods in correlation accuracy.
The new TSSS effectively captures teaching style nuances.
Case studies demonstrate practical applications in teaching analysis.
Abstract
Teaching style plays an influential role in helping students to achieve academic success. In this paper, we explore a new problem of effectively understanding teachers' teaching styles. Specifically, we study 1) how to quantitatively characterize various teachers' teaching styles for various teachers and 2) how to model the subtle relationship between cross-media teaching related data (speech, facial expressions and body motions, content et al.) and teaching styles. Using the adjectives selected from more than 10,000 feedback questionnaires provided by an educational enterprise, a novel concept called Teaching Style Semantic Space (TSSS) is developed based on the pleasure-arousal dimensional theory to describe teaching styles quantitatively and comprehensively. Then a multi-task deep learning based model, Attention-based Multi-path Multi-task Deep Neural Network (AMMDNN), is proposed to…
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