Excasafezone synthesizing expert based ‘on-the-fly’ safety risk heat maps

L. O. Scholtenhuis, F. Vahdatikhaki, S. Zlatanova, J. Beetz, P. Pauwels
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引用次数: 0

Abstract

Excavation work takes place almost continually in most cities around the Western hemisphere. Many cities are already full of infrastructures, buried networks, and street furniture, so excavation work is not without any thread to the operator and surrounding environment. Small construction sites, for example, are often constrained by operating infrastructure on surface level and underground. Although different agencies and network owners have information about the location of the objects that put excavation work at risk, this information is not centralized. Different organizations manage location information of buried cables, unexploded ordnance, and pollution, for example. This significantly complicates the early-stage planning and last minute risk assessment processes because professionals need to manually collect, assess, and integrate data about subsurface objects into a comprehensive risk assessment. To smoothen this process, ExcaSafeZone project, therefore, develops a system that collects location data, defines expert-based rules for safety risk assessment, and that synthesizes this into an open source prototype that visualized safety risks on a heat map.
Excasafezone综合基于专家的“动态”安全风险热图
在西半球的大多数城市,挖掘工作几乎不间断地进行。许多城市已经充满了基础设施、地下网络和街道设施,因此挖掘工作对操作员和周围环境不是没有任何线索的。例如,小型建筑工地往往受到地面和地下基础设施运营的限制。虽然不同的机构和网络所有者都有关于使挖掘工作面临风险的物体位置的信息,但这些信息并不集中。例如,不同的组织管理埋藏电缆、未爆炸弹药和污染的位置信息。这使得早期规划和最后一分钟的风险评估过程变得非常复杂,因为专业人员需要手动收集、评估和整合有关地下物体的数据,以进行全面的风险评估。为了使这一过程更加顺利,ExcaSafeZone项目开发了一个收集位置数据的系统,定义了基于专家的安全风险评估规则,并将其综合成一个开源原型,在热图上可视化安全风险。
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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