| Summary: | 碩士 === 國立臺灣科技大學 === 營建工程系 === 103 === Internet of Things (IOT) technologies has been applied in home and office environment to achieve smart building. Most interfaces of the management systems for smart buildings are in 2D with text and buttons. On the other hand, the applications of Building Information Modeling (BIM) also keep increasing. BIM is the integration of 3D model with design information as properties of model components. Based on this model, effective integration of design data from different disciplines can be achieved and passed on for the subsequent task use. However, most BIMs developed are only used in design and planning phase. The applications of BIM for operation and maintenance phase are rare. This study developed a prototype system to show the feasibility of using BIM as the interface for the display and control of IOT devices in a smart building. The proposed system integrates Autodesk Revit with a digital meter system, an indoor position system, and four representative Arduino-based sensors or controllers via Revit API. Several 3D visualized ways to present the information of these IOT devices on BIM were proposed and compared in this study to suggest the most suitable way for each one. A case study on the application of the proposed system was developed to show the feasibility and benefit of such integration.
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