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融合人工智能的中国传统音乐活态教学模式构建

Construction of a Dynamic Teaching Model for Traditional Chinese Music Integrated with Artificial Intelligence

  • 摘要: 中国传统音乐活态教学存在地域性、单一性与深入性不足等局限,需要借助人工智能技术弥补短板、提升教学效能。基于活态教学内涵以及融合人工智能必要性的分析,构建了融合人工智能的中国传统音乐活态教学模式:课前依托人工智能搭建传统音乐知识库,通过数据分析制定个性化教学方案并扩充课程资源,为活态教学铺垫背景;课中采用“静态+活态”双轨教学,以人工智能构建纵向知识体系、实现静态知识可视化,以“认知—实践—反馈”的循环体系进行活态教学,引导学生从直观感知走向实践创新;课后借助人工智能建立分阶段评价体系,推动教学数据实时反馈,最终实现教学相长。

     

    Abstract: Traditional Chinese music’s dynamic teaching approach has limitations such as regionalism, singularity, and insufficient depth. To address these shortcomings and enhance teaching effectiveness, artificial intelligence (AI) technology can be utilized. Based on the analysis of the essence of dynamic teaching and the necessity of integrating AI, a teaching model combining the two has been constructed: before class, AI is used to build a knowledge base of traditional music, analyze data to formulate personalized teaching plans and expand course resources, laying the groundwork for dynamic teaching; during class, a dual-track teaching approach of “static + dynamic” is adopted, with AI constructing a vertical knowledge system and visualizing static knowledge, and dynamic teaching carried out through a “cognition - practice - feedback” cycle system, guiding students from intuitive perception to practical innovation; after class, an AI-based phased evaluation system is established to facilitate real-time feedback of teaching data, ultimately achieving mutual growth in teaching and learning.

     

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