多模态融合的教学结构智能分析方法OA
Intelligent Analysis Method for Multimodal Integrated Teaching Structure
教育数字化转型的推进,对课堂教学结构的优化与调整提出了新诉求.为突破教学结构研究中宏观概念模型与微观教学行为割裂、人工分析效率低下的瓶颈,文章构建了融合时空特征的教学结构理论模型,并依托此模型设计了教学结构的划分标准,进而提出了多模态融合的教学结构智能分析方法.该方法以 DeepSeek R1 大模型为核心技术,主要分为数据处理、篇章主题分割、多模态特征对齐、智能计算四个部分,其智能分析结果可靠.该方法应用案例的课堂教学智能分析结果表明,该课为教学结构良好的教师讲授为主型课堂,主题层次清晰、方法多元且情感积极,但在局部学习活动的推理深度与内容整合、数智技术应用方面有待进一步优化.教学结构智能分析的可视化结果为教师提供了审视课堂的"第三视角",能够支持系统性教学反思与教学结构优化.文章的研究建立了教学结构宏观形态与微观表现之间的关联,推动教学结构研究从理论层面向可操作层面转化,有助于教师深入理解课堂运作机制、优化教学设计,为课堂教学结构重塑与教师专业发展提供了有力的方法论支持.
The advancement of educational digital transformation has raised new demands for optimizing and adjusting classroom teaching structure.To overcome the bottleneck in teaching structure research characterized by the disconnection between macro-level conceptual models and micro-level teaching behaviors,as well as the low efficiency of manual analysis,this paper constructed a theoretical model of teaching structure that integrated spatiotemporal features.Based on this model,the classification criteria of teaching structure were designed,and further proposed an intelligent analysis method for multimodal integrated teaching structure.This method,with the DeepSeek R1 large model as the core technology,primarily consisted of four main components:data processing,discourse topic segmentation,multimodal feature alignment,and intelligent computation,and the intelligent analysis results proved to be reliable.The intelligent analysis results of the classroom teaching from a case application of this method indicated that the lesson represented a teacher-led classroom with a well-organized teaching structure,featuring a clear thematic hierarchy,diverse methods,and positive emotions.Nevertheless,further optimization was needed in terms of the depth of reasoning and content integration within local learning activities,as well as in the application of digital intelligence technology.The visualized results of the intelligent analysis of teaching structure provided teachers with a"third perspective"for classroom inspection,supported systematic teaching reflection and teaching structure optimization.The research of this paper established a connection between the macro-level form and micro-level performance of teaching structure,promoted the transformation of its study from the theoretical level to the operational level.It helped teachers to deeply understand the classroom operation mechanisms and optimize instructional design,thereby offering strong methodological support for classroom teaching structure's reconfiguration and teachers'professional development.
张婧;于笑杰;陈增照;杨玉芹
江汉大学 教育学院,湖北 武汉 430056江汉大学 教育学院,湖北 武汉 430056华中师范大学 教育大数据应用技术国家工程研究中心,湖北 武汉 430079华中师范大学 数字教育湖北省重点实验室 湖北 武汉,430079
社会科学
教学结构多模态融合智能分析数字化转型课堂教学
teaching structuremultimodal integrationintelligent analysisdigital transformationclassroom teaching
《现代教育技术》 2026 (6)
64-73,10
本文为湖北省教育厅哲学社会科学专项任务项目"新质生产力背景下生成式人工智能赋能中小学教学创新的路径研究"(项目编号:24Z293)、湖北省教育科学规划重点项目"创新扩散视野下中小学教师数字化转型的路径研究"(项目编号:2023GA037)的阶段性研究成果.
评论