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Transfer learning and deep convolutional neural networks for safety guardrail detection in 2D images

机译:转移学习和深度卷积神经网络用于2D图像中的安全护栏检测

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摘要

Safety has been a concern for the construction industry for decades. Unsafe conditions and behaviors are considered as the major causes of construction accidents. The current safety inspection of conditions and behaviors heavily rely on human efforts which are limited onsite. To improve the safety performance of the industry, a more efficient approach to identify the unsafe conditions on site is required to supplement the current manual inspection practice. A promising way to supplement the current manual safety inspection is automated and intelligent monitoring/inspection through information and sensing technologies, including localization techniques, environment monitoring, image processing and etc. To assess the potential benefits of contemporary technologies for onsite safety inspection, the authors focused on real-time guardrail detection, as unprotected edges are the ones cause for workers falling from heights.
机译:数十年来,安全一直是建筑业关注的问题。不安全的条件和行为被认为是建筑事故的主要原因。当前对状况和行为的安全检查在很大程度上取决于在现场有限的人工。为了提高行业的安全性能,需要一种更有效的方法来识别现场的不安全状况,以补充当前的手动检查做法。补充当前人工安全检查的一种有前途的方法是通过信息和传感技术(包括定位技术,环境监测,图像处理等)进行自动和智能的监视/检查。为评估现代技术在现场安全检查中的潜在优势,作者侧重于实时护栏检测,因为未保护的边缘是导致工人从高处坠落的原因。

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