CPS框架下的建筑目标识别

Y. Srewil, R. Scherer
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引用次数: 6

摘要

BIM和ADC技术的最新突破为弥合数字模型和实际施工现场之间的信息鸿沟提供了创新的解决方案。这些解决方案促进了数字、空间和实体建筑之间的协作。网络物理系统提供了真实物理和虚拟“网络”模型之间的紧密集成。这种协作方法支持建筑领域的数字化转型。提出了一种网络物理框架,以提供一致的关系,并允许双向数据流。在该框架中,通过使用RFID将物理对象与数字产品模型连接起来,实现了对象的识别。接下来,为这些对象配备全局位置数据,并将其固定到语义和功能丰富的构建位置。其结果是具有增强的数字能力和上下文感知能力的“智能”水平的对象。将网络物理对象嵌入到流程模型中,以支持跟踪活动并促进接近实时的流程监控和控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Construction objects recognition in framework of CPS
Recent breakthroughs in BIM and ADC technologies promise innovative solutions to bridge the information gaps between the digital models and real construction site. These solutions promote the collaboration between digital, spatial and physical construction. Cyber-physical systems offer a tight integration between real physical and virtual “cyber” models. This collaborative approach supports the digital transformation in construction domain. A cyber-physical framework is proposed to provide consistent relationships and allow bidirectional data flow. In the framework the recognition of objects successes by linking physical objects to the digital product models using RFID. Next, these objects are equipped with global positions data and pinned to semantic and functional enrichment construction places. The results are objects at a level of “smartness” with enhanced digital capabilities and the ability of context-awareness. The cyber-physical objects are embedded in the process models in order to support tracking activities and facilitate process monitoring and control close to real-time.
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