基于bim的增强现实工具,用于监控施工性能和进度

J. Ratajczak, C. Marcher, Christoph Paul Schimanski, Alice Schweikopfler, M. Riedl, D. Matt
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引用次数: 5

摘要

在采用新科技监察建筑工程的表现和进度方面,建造业仍落后于其他行业。在生产或汽车等其他行业,这些过程已经部分或完全自动化。为了提高施工调度的有效性和工程质量,本研究提出了一种基于bim的增强现实应用程序,即现场管理人员的AR4C。该应用程序结合了基于位置的管理系统和建筑信息模型(BIM),在增强现实中可视化与建筑工程的进度和性能相关的关键信息,叠加在现实世界中。本文介绍了在AR4C应用程序中实施的方法和技术,以有效地控制建筑工程。
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BIM-based augmented reality tool for the monitoring of construction performance and progress
The construction industry is still lagging behind other industries in adopting new technologies for monitoring of performance and progress of construction works. In other industries like production or automotive such processes are already partly or fully automated. To improve effectiveness of construction scheduling and quality of works, this research proposes a BIM-based augmented reality application for site managers so-called AR4C. This application is combining Location-Based Management System and Building Information Modeling (BIM) to visualize in Augmented Reality key information related to progress and performance of construction works superimposed on the real world. This paper describes methodologies and technologies implemented in the AR4C application to control effectively construction works.
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