Architecture Open Workspace Concept for Prescriptive Model of Digital Twin

S. Supangkat, E. Leksono, A. Ramelan, Ayu Latifah
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Abstract

The workspace is a portion of a structure that can currently apply a smart building system adaption for more ideal design outcomes. Millions of hours are reportedly wasted each year as a result of the harmful effects that poor environmental quality has on workers' productivity and health, according to the findings of several studies. Therefore, a centralized approach is required to be able to give quick and accurate information. This may be accomplished via digital twin technology, which will result in a workspace design that is more ideal in the future. The major goal of this research is to create a digital twin prescriptive model in a physical workspace environment that can create a strategic space design plan and be flexible enough to react to changes in the physical environment, which will improve user comfort and productivity. A life cycle model was employed as the study methodology, which begins with the identification of the model's requirements and ends with its maintenance. This model is employed to offer suggestions for preventative and remedial activities on actual things.
数字孪生规范模型的开放式工作空间概念
工作空间是结构的一部分,目前可以应用智能建筑系统适应更理想的设计结果。根据几项研究的结果,据报道,由于恶劣的环境质量对工人的生产力和健康产生有害影响,每年浪费了数百万小时。因此,需要一种集中的方法来提供快速准确的信息。这可以通过数字孪生技术来实现,这将导致未来更理想的工作空间设计。本研究的主要目标是在物理工作环境中创建一个数字孪生规范模型,该模型可以创建战略空间设计计划,并具有足够的灵活性来应对物理环境的变化,从而提高用户的舒适度和生产力。使用生命周期模型作为研究方法,该方法从识别模型的需求开始,并以模型的维护结束。该模型用于对实际事件的预防和补救活动提供建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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