使用者自定義之數位情境學習系統;User-Customized Digital Situational Learning System

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Please use this identifier to cite or link to this item: http://ir.lib.ncu.edu.tw/handle/987654321/95630

Title:	使用者自定義之數位情境學習系統;User-Customized Digital Situational Learning System
Authors:	唐浩;Tang, Hao
Contributors:	資訊工程學系
Keywords:	建構主義;情境認知;心理擁有感;虛擬實境;擴增實境;數位自我;學習者自主性;個性化學習;Constructionism;Situated Cognition;Psychological Ownership;Virtual Reality;Augmented Reality;Digital Self;Learner Autonomy;Personalized Learning
Date:	2024-07-26
Issue Date:	2024-10-09 17:06:43 (UTC+8)
Publisher:	國立中央大學
Abstract:	傳統的虛擬實境及擴增實境技術支持的學習系統雖然有助於營造情境化的學習環境，將抽象理論知識轉化為實際應用，然而現階段的學習系統大多由教師或系統開發者預先設計及掌控，使得學生感到學習過程與自身無關，學生只能被動地體驗及接收知識，缺乏主動探索的機會，違背了Papert的建構主義學習理論之教育理念。相對地，個性化學習環境強調學習內容應反映學生的興趣和偏好，並適應其生活經驗，從而促進學生達到期望的學習目標。然而，現有的數位實境在教育上的應用大多無法達成這一點，特別是在數位自我方面，數位化身的創建模式通常採用固定模板和有限的選項，使學生無法充分表達自我，難以在虛擬環境中建立心理連結，降低了他們在學習過程中的自我效能感和參與度。因此，本研究設計了一個使用者自定義之數位情境學習系統，允許學生基於其自身的生活經驗和興趣，靈活擴展學習內容以及自由編排數位實境中的場景，並使用高度個性化的數位化身在自己設計的數位實境中進行學習，向同儕和教師展現自己的學習表現。實驗結果顯示，這種學習模式能有效增強學生對學習環境的心理擁有感，並對學生的學習動機和學習成效產生了正面影響。 ;Traditional virtual reality (VR) and augmented reality (AR) learning systems, while helpful in creating contextualized learning environments and transforming abstract theoretical knowledge into practical applications, are mostly pre-designed and controlled by teachers or system developers. This makes students feel disconnected from the learning process, as they can only passively experience and receive knowledge without opportunities for active exploration. This contradicts Papert′s constructivist learning theory. In contrast, personalized learning environments emphasize that learning content should reflect students′ interests and preferences and adapt to their life experiences, thereby promoting the achievement of desired learning goals. However, most current applications of digital reality in education fail to achieve this, especially regarding digital self-representation. The creation of digital avatars usually follows fixed templates and limited options, preventing students from fully expressing themselves and establishing psychological connections in virtual environments. This reduces their sense of self-efficacy and engagement in the learning process. Therefore, this study designed a user-customized digital contextual learning system that allows students to flexibly expand learning content and freely arrange scenes in the digital reality based on their own life experiences and interests. Students can use highly personalized digital avatars to learn in the digital reality they design, showcasing their learning performance to peers and teachers. The experimental results show that this learning mode effectively enhances students′ psychological ownership of the learning environment and positively impacts their learning motivation and outcomes.
Appears in Collections:	[Graduate Institute of Computer Science and Information Engineering] Electronic Thesis & Dissertation

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