在台灣的建築、工程及建設（Architecture, Engineering and Construction, AEC）行業中，室內裝修設計大多仍依賴於傳統方式進行，像是室內設計師使用平面圖紙來完成設計工作。此外，設計師還需要與業主及建材供應商進行大量的溝通，由於雙方可能存在理解差異、專業知識不足或資訊不對等等問題，常導致設計過程中需要花費大量的時間和精力進行面對面交流，以確保所選材料和設計細節的準確性，從而避免在實際施工中因設計與施工不一致而引起的爭議。
隨著建築資訊模型（Building Information Modeling , BIM）技術的日益成熟，許多室內設計師開始利用如Sketchup這類工具來建立三維空間模型進行設計。儘管這些工具在渲染效果和操作複雜性上有所限制，許多設計師仍選擇將渲染作業外包進行。傳統的成果呈現方式如圖片或影片雖有助於改善業主的理解，但仍難以完全捕捉實際空間及角度，可能導致業主無法精確判斷設計是否符合需求。另一方面，虛擬實境（Virtual Reality,VR）技術的應用允許操作者在由BIM創建的虛擬空間中自由走動，更精確地呈現空間角度。然而，目前的VR應用研究多集中於單一使用者和特定情境。此外，生成式AI技術的來襲雖為室內設計產業帶來助益，但也伴隨著高成本及技術學習難度高等挑戰，這些因素均影響了室內裝修在提升設計效率方面的潛力。
本研究為提高室內裝修設計作業的理解度和效率，解決資訊不對稱的問題，首先透過專家訪談，利用IDEF0方法來分析室內裝修設計的資訊需求、流程及常見問題。基於訪談及分析結果，制定一個符合室內設計師、業主和相關供應商需求的虛擬平台功能、模型構建和資訊架構。透過分析不同使用者的操作情境，開發一個虛擬室內設計裝修平台，整合NVIDIA的Omniverse應用程式與Unity等軟體，利用AI技術如ChatGPT來生成空間配置，實現高度擬真和多功能的空間展示，達到減少爭議問題產生，提高室內裝修設計作業效率之成效。

In Taiwan's Architecture, Engineering, and Construction (AEC) industry, interior design primarily relies on traditional methods with designers using flat drawings for their projects. This approach, combined with extensive communications with clients and material suppliers, often leads to misunderstandings and a substantial time investment. The advancement of Building Information Modeling (BIM) and tools like SketchUp has enabled designers to create more accurate 3D models, although limitations remain in rendering and operational complexity, leading many to outsource these tasks.
The adoption of Virtual Reality (VR) technology allows for more accurate spatial visualization, enhancing client understanding of the final products. However, these advancements have been primarily focused on single-user scenarios. Moreover, the rise of generative AI technologies offers significant benefits but also presents challenges such as high costs and complex learning curves.
This study aims to develop a virtual interior design platform by integrating advanced tools like NVIDIA’s Omniverse with Unity and employing AI technologies like ChatGPT to generate spatial configurations. This integration is intended to resolve misunderstandings and improve design efficiency by providing highly realistic and multifunctional space displays, ultimately reducing disputes and enhancing operational efficiency in interior design.

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