The six summary eye movement parameters were calculated for both the 'hazard sequence' and the 'non-hazard' sequence for each film and each participant.
As before, the F-statistic on the main factor (patients versus controls) was assessed, with the null hypothesis that there was, on average, no effect across the patients and controls between hazard and non-hazard sequences.
The QDRA is intended to be used in the planning stages of well construction and maintenance, where the effects of hazard on job sequence are important unknowns.
First, the process is broken down into six steps in sequence and hazard preliminary analysis is conducted.
The chapter's discussion on risk covers topics such as the hazard control hierarchy, fault sequence analysis, probabilistic risk assessment, and more.
In order to consider the hypothesis that any differences in eye movement characteristics between patients and controls were similar at the time of the hazards compared to sequences of the HPT where no hazards occurred, the films were divided into 'safe' and 'unsafe' segments.
While the construction of ePGDBs promotes pathway-centric analysis of environmental sequence information, prediction hazards need to be considered for optimal interpretive power.
Accident events of particular concern in the DEMO have been selected based on the event sequence analysis and the hazard assessment.
This included a focus on worker positioning, as well as on the pillar and lift sequences, MRS operations, and hazard identification.
