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储能系统技术 储能系统 SiC器件 ★ 5.0

教育元宇宙:虚拟学习环境综合综述

Edu-Metaverse: A Comprehensive Review of Virtual Learning Environments

作者 Chaimae Illi · Azeddine Elhassouny
期刊 IEEE Access
出版日期 2025年2月
技术分类 储能系统技术
技术标签 储能系统 SiC器件
相关度评分 ★★★★★ 5.0 / 5.0
关键词 元宇宙 教育元宇宙 可持续发展目标4 教育实践 教学方法
语言:

中文摘要

在各种前沿技术成熟时代,元宇宙概念作为革命性力量出现,重塑我们与数字世界互动方式。元宇宙预期成为互联网下一次迭代,代表大型互联数字环境,用户以化身形式相互互动,展望物理与虚拟世界间无边界的未来。当我们导航这一创新世界时,显而易见元宇宙可从根本上改变各个领域特别是教育,通过创造参与和沉浸式学习新机会。这样做不仅促进协作学习体验,还解决可持续发展目标4-优质教育中概括的更广泛全球挑战。本文通过提出现实教育元宇宙实用架构、建议教育元宇宙综合分类法、定义其基本组成部分并概述创新教学方法,为讨论做出贡献。此外,论文引入生态系统模型,说明教育元宇宙内各组件间错综复杂的相互作用。论文深入探讨确保教育元宇宙成为不同背景学习者有意义参与空间的策略。通过将这些努力与可持续发展目标4对接,教育元宇宙有潜力成为促进包容公平学习体验的强大工具。

English Abstract

In the era of the maturity of various cutting-edge technologies, the concept of Metaverse has emerged as a revolutionary force reshaping how we engage with the digital world. Metaverse, expected to be the next iteration of the Internet, represents a large, interconnected digital environment where users, in the form of avatars, engage with one another, by offering a glimpse into a future where no boundaries exist between the physical and virtual worlds. As we navigate this innovative world, it becomes clear that the Metaverse can fundamentally alter various fields, mainly education, by creating new opportunities for engagement and immersive learning. In doing so, it not only facilitates collaborative learning experiences but also addresses the broader global challenges encapsulated in Sustainable Development Goal 4 - Quality Education. This paper contributes to the discourse by proposing a practical architecture for real-world Edu-Metaverse, suggesting a comprehensive taxonomy for the Edu-Metaverse, defining its essential components, and outlining innovative pedagogical approaches. Furthermore, the paper introduces an ecosystem model that illustrates the intricate interplay between the various components within the Edu-Metaverse. Addressing its key measures, the paper delves into strategies to ensure that the Edu-Metaverse is a space where learners of diverse backgrounds can participate meaningfully. By aligning these efforts with Sustainable Development Goal 4 - Quality Education, the Edu-Metaverse has the potential to become a powerful tool in promoting inclusive and equitable learning experiences. However, it is crucial to acknowledge the inherent limitations and challenges associated with the integration of the Edu-Metaverse into educational practices. The paper examines these obstacles, offering an in-depth understanding of the challenges that must be overcome to fully realize the potential of this innovative approach to education.
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SunView 深度解读

该教育元宇宙技术对阳光电源员工培训和客户服务具有创新应用前景。阳光可开发基于元宇宙的虚拟培训平台,实现储能变流器和光伏逆变器的沉浸式操作培训。在全球业务拓展中,该技术可支持阳光为海外客户提供虚拟电站参观和设备演示,降低差旅成本,提升服务效率。该研究的教学方法和生态系统模型可指导阳光构建虚拟学习中心,培训全球合作伙伴和技术人员。结合阳光iSolarCloud平台的数字孪生技术,元宇宙可实现储能系统虚拟调试和故障演练,提升培训效果。在技术支持场景下,虚拟环境可支持远程协助和问题诊断,提升客户满意度和服务质量。