构建整体、自组织的建筑安全框架

Christos Chronopoulos, K. W. Johansen, J. Teizer, C. Schultz, L. Esterle
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引用次数: 2

摘要

在这篇简短的愿景论文中,我们概述了一个框架,将多模态感官信息纳入所谓的建筑工地数字孪生。从一阶原理模型(即施工计划)开始,我们在运行期间使用额外的信息来丰富数字孪生,例如工作计划、确定和减轻的危险区、工人、资源和移动设备的当前位置。在数字双胞胎中利用这些信息可以执行模拟来预测工人的潜在危险情况。反馈机制使我们能够相应地通知工人,同时也可以在建筑过程中以自主和自组织的方式改进施工现场和相应的数字孪生。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards a Holistic, Self-Organised Safety Framework for Construction
In this short vision paper we outline a framework incorporating multi-modal sensory information into so-called digital twins in construction sites. Starting from a first-order principle model (i.e., the construction plan), we enrich the digital twin during runtime with additional information such as work plans, identified and mitigated hazard zones, and current location of workers, resources, and mobile equipment. Utilising this information in the digital twin allows executing simulations to predict potentially dangerous situations for workers. Feedback mechanisms allow us to inform workers accordingly but also improve the construction site and the corresponding digital twin during the building process in an autonomous and self-organised fashion.
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