透過您的圖書館登入
IP:13.58.247.31
  • 會議論文

基於數位雙生適地性服務的擴增實境空間數據可視化維運管理

AR Spatial Data Visualization Based on Digital Twins LBS Apply to Build Operation Management

摘要


建築維運管理需要鏈結人與環境數據之間的關係,以達到人本友善及環境友善的韌性管理。本研究利用數位雙生(Digital Twin)的概念,將真實空間與虛擬BIM(Building Information Model)模型整合,並結合物聯網(Internet of Things,IoT)等感測技術,即可將建築物內外所發生的事情進行準確的監測和控制,使得建築維運管理更加智慧化。但建築的維運管理不應該只是將管理端智能化,如何能將智慧的資訊融入於生活空間中使資訊的取用能以適地性服務的概念發生,將會是重要的議題之一。本研究透過數位雙生模型的技術,將如同建築物感官系統的物聯網智能感測系統,與建築資訊模型進行串接,並以雲端開發平台forge作為雲端資訊平台,導入Unity進行AR互動介面的開發,透過手機APP,使用者可以較直覺的理解建築物物理環境以及使用的狀態,提供使用者進行各種活動時的參考,加強使用者與空間和建築物的連結;而建築物維運管理的管理端則可藉由forge開發的網頁介面,綜觀整體建築物的狀態,並下達決策。透過整合不同技術,最終將建築物維運管理的管理者與使用者的體驗優化,達到相互配合,資訊透明且連結性高的狀態,不只將建築物智慧化,使用者在建築內也可以有很好的適地性服務。

並列摘要


Building operation management links the relationship between humans and the environment data to provide humanistic and environment-friendly management. The study applies the concept of Digital twins to Augment Reality techniques; by integrating the data from the intelligent sensor system and building an information model, we create a digital twin of the building. Using Autodesk Forge, a cloud information platform, we connect Forge with Unity software to develop AR techniques. Considering the application of intellectualized information in a different context and living space, the concept of LBS (Location-Based Service) is one of the critical issues of building operation management. Therefore, the system provides various environment data to users. The 3d element is transformed by spatial information to improve their experience in the building; On the other hand, The manager can easily see the whole operation situation and make decisions based on the information. Through the integration of different technologies, the experience of building maintenance and management managers and users will be optimized to achieve a state of cooperation, not only intellectualizing the building operation system but also providing users with an excellent location-based service experience inside the building.

延伸閱讀