The Design Everything for Smart Education (DESE) project integrates cutting-edge technologies such as AI, VR, and Speech to Space (STS) to create personalized and immersive learning environments. The project addresses key challenges in traditional education, including fragmented resources, rigid learning models, and limited student engagement. By enabling teachers to design dynamic teaching spaces and allowing students to explore personalized learning paths, DESE enhances the learning experience through a combination of interactive, visual, and role-playing elements. Core features of DESE include AI biomimicry, which introduces virtual intelligent entities for real-time assistance, and the Everything Interaction Mechanism, facilitating collaborative learning in both virtual and real-world contexts. Through its innovative approach to spatial construction, role-based learning, and integration of immersive technologies, DESE aims to foster a more engaging, adaptive, and student-centered educational environment. With its scalability and potential to transform educational practices, DESE presents a promising model for the future of smart education.

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Design Everything for Smart Education (DESE): A Diverse Learning Space Initiative

  • Hainachuan Huang,
  • Dehong Zhao,
  • Ping Yin,
  • Shumin Cao,
  • Yuyan Peng

摘要

The Design Everything for Smart Education (DESE) project integrates cutting-edge technologies such as AI, VR, and Speech to Space (STS) to create personalized and immersive learning environments. The project addresses key challenges in traditional education, including fragmented resources, rigid learning models, and limited student engagement. By enabling teachers to design dynamic teaching spaces and allowing students to explore personalized learning paths, DESE enhances the learning experience through a combination of interactive, visual, and role-playing elements. Core features of DESE include AI biomimicry, which introduces virtual intelligent entities for real-time assistance, and the Everything Interaction Mechanism, facilitating collaborative learning in both virtual and real-world contexts. Through its innovative approach to spatial construction, role-based learning, and integration of immersive technologies, DESE aims to foster a more engaging, adaptive, and student-centered educational environment. With its scalability and potential to transform educational practices, DESE presents a promising model for the future of smart education.