A statistical safety control model is presented that utilizes data from a Real Time Location System of relatively low accuracy, to alert of unsafe situations at construction sites. Based on the Statistical Process Control methodology, predefined statistical rules are used to detect trends of increasing exposure to hazards, and provide proactive alerts before a critical exposure takes place. An initial verification of the performance of the model was carried out through extensive laboratory tests.Non UBCUnreviewedFacultyOthe
textConstruction has a higher injury and fatality rate than most of the other industries. Given this...
This research focused on the use of equipment telematics, sensor analytics, and virtual modeling to ...
This paper describes an experimental study of workers’ responses to proximity warnings of static saf...
A statistical safety control method is presented that utilizes location data from a relatively inacc...
This paper addresses the challenge to design an effective method for managers to efficiently process...
Traditional risk assessment methods typically evaluate accident probability, exposure frequency or d...
Given the dynamic nature of construction sites, analysis of construction activities and their relate...
AbstractDespite the efforts in recent years to improve safety on construction sites, construction st...
Construction industry has one of the highest numbers of fatalities among Canadian industries. Despit...
Copyright © 2014 Hanchen Jiang et al. This is an open access article distributed under the Creative ...
Having a system that can proactively identify risks on sites is the key to the success of hazard ide...
Construction site safety is a vital issue in construction project management. Real-time locating and...
It has been established that scientific notations in common take construction infrastructure as a co...
Construction is a safety critical industry. Safety-related indicators can be used as efficient accid...
This paper describes an experimental study of workers’ responses to proximity warnings of static saf...
textConstruction has a higher injury and fatality rate than most of the other industries. Given this...
This research focused on the use of equipment telematics, sensor analytics, and virtual modeling to ...
This paper describes an experimental study of workers’ responses to proximity warnings of static saf...
A statistical safety control method is presented that utilizes location data from a relatively inacc...
This paper addresses the challenge to design an effective method for managers to efficiently process...
Traditional risk assessment methods typically evaluate accident probability, exposure frequency or d...
Given the dynamic nature of construction sites, analysis of construction activities and their relate...
AbstractDespite the efforts in recent years to improve safety on construction sites, construction st...
Construction industry has one of the highest numbers of fatalities among Canadian industries. Despit...
Copyright © 2014 Hanchen Jiang et al. This is an open access article distributed under the Creative ...
Having a system that can proactively identify risks on sites is the key to the success of hazard ide...
Construction site safety is a vital issue in construction project management. Real-time locating and...
It has been established that scientific notations in common take construction infrastructure as a co...
Construction is a safety critical industry. Safety-related indicators can be used as efficient accid...
This paper describes an experimental study of workers’ responses to proximity warnings of static saf...
textConstruction has a higher injury and fatality rate than most of the other industries. Given this...
This research focused on the use of equipment telematics, sensor analytics, and virtual modeling to ...
This paper describes an experimental study of workers’ responses to proximity warnings of static saf...