A plot of type I and type II error curve was used to compare the performance of the three methods (Figure 2B).
Further details of the results from the evaluation of type I error rates can be found in a supplementary materials document (Additional file 2), which contains box-plots of type I error rates from the total and various subregions of the evaluation study.
Figure 1 shows a plot of type-specific HR-HPV prevalence versus cumulative incidence.
Quantile plots of the type I error indicate that all three regression models described in Materials and Methods control the type I error at or below the desired threshold (Supporting Information, Figure S1).
In general, the students were able to describe the plots of the type they had created, noting the plot shape and identifying value clusters and outliers.
Following any revisions to the values baseline plots of the type shown in Fig. 3 are regenerated, and the constancy of the F difference trace is used to decide if another iteration of the process is required.
Event related field (ERF) plots of this type resemble the event-related potentials (ERPs) of EEG studies but arise from selected points of interest within the brain.
Figure 7 shows box plots of the type I global model predictions of BTEX venous blood concentrations in rats after a quaternary mixture exposure (4 hr to 100 ppm benzene and 50 ppm for the other three compounds).
Soil erosion plots of different types and sizes are widely used to investigate the geomorphological processes related to soil erosion.
Figures 8, 9, 10, 11 show the plots of four types of linear forms of the pseudo-second-order kinetic model.
Saturation tests indicated poor phylogenetic signal at this locus, and transitions appeared to be heavily saturated on a plot of substitution type against HKY-corrected genetic distances.
