基于云计算的建筑全生命期BIM集成与应用关键技术研究

According to the existing deficiencies and urgent requirements of applying current BIM technologies to the AEC/FM industry, this research proposes a BIM architecture framework for various stages and applications in building lifecycle, based on industry foundation classes (IFC) standard and cloud computing technology which is a newly-emerged IT technology worldwide. Then, a progressive and multi-participants oriented modeling method is established, followed by in-depth researches on some key technologies, such as distributed storage and management of BIM data, BIM data integration and fusion, sub-model extraction, BIM server and application mechanism based on process, etc. Finally, a cloud-computing-based BIM integration and server platform (BIMISP) will be developed. The purpose of this research is to present a set of theories, methods and technologies, and develop an integrated platform, to support BIM data sharing, lossless delivery and application among the whole building lifecycle including planning, design, construction, and operation and maintenance phases. The prospective findings will be useful for improving efficiency and quality of building activities, reducing resource consumption, and implementing sustainable development strategy during building lifecycle.

本课题针对当前建筑信息模型（BIM）技术应用于建筑业信息化存在的问题和迫切需求，通过引入国际上新兴的云计算技术，基于国际建筑工业IFC标准，构建一个面向建筑全生命期各阶段和不同应用的BIM结构体系，提出面向建设项目多参与方分阶段递进式的BIM建模方法，研究BIM数据分布存储及管理、BIM数据集成及融合、BIM数据提取与交换以及基于过程的BIM服务及应用等关键技术，开发基于云计算的BIM集成与应用服务平台（BIM Integration and Server Platform, BIMISP）。为建筑全生命期BIM创建和应用提供一套完整的理论、方法、技术和平台支持，实现BIM信息在建设项目规划、设计、施工和运行维护全过程的全局共享、无损传递和充分利用，进而提高工作效率和质量、降低资源消耗，支持在建筑全生命期实施可持续发展战略。

本课题针对当前建筑信息模型（Building Information Modeiling, BIM）技术应用于建筑业信息化存在的问题和迫切需求，通过引入国际上新兴的云计算技术，基于国际建筑工业IFC 标准，构建一个面向建筑全生命期各阶段和不同应用的BIM 结构体系，提出面向建设项目多参与方分阶段递进式的BIM建模方法，研究BIM 数据分布存储及管理、BIM 数据集成及融合、BIM 数据提取与交换以及基于过程的BIM 服务及应用等关键技术，开发基于云计算的BIM 集成与应用服务平台（BIM Integration and Server Platform, BIMISP）。为建筑全生命期BIM 创建和应用提供一套完整的理论、方法、技术和平台支持，实现了BIM 信息在建设项目规划、设计、施工和运行维护全过程的全局共享、无损传递和充分利用。. 研究成果为建筑全生命期BIM创建和应用提供了一套完整的理论、方法、技术和平台支持，对于完善BIM 的理论和技术体系具有创新性。所开发的基于云计算的BIM 集成与应用服务平台，对于促进BIM深度应用，提高BIM应用水平，具有广阔的应用前景，可产生很大的社会、经济效益。

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