The papers concerning operational off-line scheduling mainly focus on two methods.
In addition, some papers concerning operational off-line scheduling include the preferences of stakeholders.
Most existing literature focuses on operational off-line scheduling, which is done one or several days before surgery, instead of operational on-line scheduling, which is done on the day of surgery.
The design features, principles of operation, off-line performance, operational-parameter and beam-quality (emittance) data for the source are presented in this article.
Gaps correspond to operational switch off times occasioned by telemetry constraints or loss of data.
Gaps correspond to operational switch off times or loss of data and the depression is due to particle shadowing.
The operational cut-off determined by our study for the different measures are comparable to cut-offs obtained in similar studies in some settings.
Sensitivity and specificity were calculated for a range of measures to obtain operational cut-off points; and Likelihood Ratios and Diagnostic Odds Ratio were determined for each cut-off point.
Thanks to this methodology, it is possible to test the control system under different operational conditions off-line, ashore in the office, without any hazards for the real system.
Our experiences of implementation in Norway suggest that the NI framework provides an efficient and operational trade-off between these two needs.
This study aimed at identifying a reliable anthropometric measurement for screening low birth weight and determining an operational cut-off point in the Uganda setting.
