Outline

Ingegneria Sismica

Ingegneria Sismica

A Framework for Designing Digital English Classroom Activities Based on Multimodal Teaching Concepts

Author(s): Dan Xie1
1School of Culture and Communication, Loudi Vocational and Technical College, Loudi, Hunan, 417000, China
Xie, Dan. “A Framework for Designing Digital English Classroom Activities Based on Multimodal Teaching Concepts.” Ingegneria Sismica Volume 43 Issue 2: 1-18, doi:10.65102/is2026584.

Abstract

The changes of students’ learning condition in English class are transmitted through physiological data which are shown in many kinds of forms. Collecting, analyzing and using these data to identify the emotional changes in the students’ learning process can provide a reference for teachers to reasonably design classroom activities. In this paper, we use Haar feature face detection method and OpenPose network structure feature recognition method to extract students’ facial expression and behavioral posture feature data in English classroom. One model which recognizes emotion in learning has been built to complete the integration of multimodal data through the utilization of the multi-head attention mechanism. After that, it merges this with the time features that got from the long-short-term memory network to implement the recognition and classification of the emotions of students. This model, through continuous experiment, therefore, shows that the precision of its emotion recognition exceeds 85%. Through four times of examinations, the average score achievement of students in the experiment class, which is taught under the multi-modal teaching thought, rose to above 85 points. In all kinds of classroom activities, “acting English dramas and chanting English songs” has been proven to be the one with the biggest influence.

Keywords
Haar features; OpenPose network; emotion recognition; multiple attention; long and short-term memory; English learning

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