Abstract Using modern information technology to monitor urban rail transit engineering in real time is one of the effective means of controlling safety risks of underground works. Based on the safety risk management system and control standards, a professional information management platform is developed that incorporates all sorts of data and information from various parties involved and uses modern techniques in terms of IOT, cloud computation, network communication, and GIS to monitor the safety of underground works through artificial, real time, on-site, and video monitoring means. This platform integrates hardware and software and covers major management elements like monitoring, supervising, evaluating, early warning, and emergency response. This is a comprehensive solution to engineering safety risks from the aspects of technique and management.
Abstract��
Using modern information technology to monitor urban rail transit engineering in real time is one of the effective means of controlling safety risks of underground works. Based on the safety risk management system and control standards, a professional information management platform is developed that incorporates all sorts of data and information from various parties involved and uses modern techniques in terms of IOT, cloud computation, network communication, and GIS to monitor the safety of underground works through artificial, real time, on-site, and video monitoring means. This platform integrates hardware and software and covers major management elements like monitoring, supervising, evaluating, early warning, and emergency response. This is a comprehensive solution to engineering safety risks from the aspects of technique and management.
YANG Shu-Cai
.Study of a Monitoring Information System for the Safety Risks of Urban Rail Transit Engineering[J] MODERN TUNNELLING TECHNOLOGY, 2014,V51(3): 43-48
2014, Vol. 51 