Abstract The construction industry has one of the most hazardous working environments worldwide, which accounts for about 1 in every 5 occupational fatalities. The high rates of workplace injuries, illnesses and fatalities cause irreversible harm to workers and are often the source of delays and additional project costs. Improvements in sensor technologies, wireless communication, the processing power of computers, and advancements in machine learning and computer vision are now enabling the development of sensor-based safety management systems. The rapid growth of Building Information Modelling (BIM) has also created opportunities for improving safety management. While considerable progress has been made to improve construction safety, few studies have focused on the integration of sensor-based systems and BIM. This research, which is motivated by the development of such integrated methods, carries out a systematic review of the relevant literature, summarising recent developments of sensor-based safety management systems and advancements in safety management through BIM. The research gaps are identified and an outline for potential future research is provided. The results of the review reveal the potential of combining sensor-driven systems with BIM for improving safety management in construction.

中文翻译：

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基于传感器的安全管理

摘要 建筑行业是世界上最危险的工作环境之一，每 5 名职业死亡事故中就有 1 人死于该行业。工伤、疾病和死亡的高发生率对工人造成不可逆转的伤害，并且往往是延误和额外项目成本的根源。传感器技术、无线通信、计算机处理能力的改进以及机器学习和计算机视觉的进步正在推动基于传感器的安全管理系统的开发。建筑信息模型 (BIM) 的快速发展也为改进安全管理创造了机会。虽然在提高施工安全方面取得了相当大的进展，但很少有研究关注基于传感器的系统和 BIM 的集成。这项研究，受此类集成方法发展的推动，对相关文献进行了系统回顾，总结了基于传感器的安全管理系统的最新发展以及通过 BIM 进行的安全管理的进展。确定了研究差距，并提供了未来潜在研究的大纲。审查结果揭示了将传感器驱动系统与 BIM 相结合以改善施工安全管理的潜力。