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This paper examines AI's role in 3D ink animation teaching and its impact on student innovation. By offering personalized learning paths, real-time feedback, and intelligent tutoring, AI meets modern education's needs for personalized and lifelong learning, and it significantly boosts students' innovation abilities. The study aims to assess the practical value of AI-enhanced heuristic learning strategies in 3D ink animation teaching, focusing on their effects on student motivation, engagement, and creativity. Results show that these strategies enhance animation design skills, foster creative thinking, and increase motivation and engagement. Additionally, AI improves teaching quality, nurtures innovation and practical skills, and better aligns with future talent demands.

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Practical Exploration of AI-Enhanced Heuristic Learning Strategies in 3D Ink Animation Teaching

  • 会议论文

  • 发表日期：

    2025年

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  • Xiaozhu Wang,
  • Shengzhuo Liu,
  • Paul Adams

摘要

This paper examines AI's role in 3D ink animation teaching and its impact on student innovation. By offering personalized learning paths, real-time feedback, and intelligent tutoring, AI meets modern education's needs for personalized and lifelong learning, and it significantly boosts students' innovation abilities. The study aims to assess the practical value of AI-enhanced heuristic learning strategies in 3D ink animation teaching, focusing on their effects on student motivation, engagement, and creativity. Results show that these strategies enhance animation design skills, foster creative thinking, and increase motivation and engagement. Additionally, AI improves teaching quality, nurtures innovation and practical skills, and better aligns with future talent demands.