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Assume that traffic lights A and A' in the left intersection of Figure 6 are synchronized, and B and B' are also synchronized.
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This allows us to perform the postings intersection algorithm of Figure 1.6.
Each point of the projected pattern on the scene represents the intersection of two lines (Figure 3): Figure 3 Epipolar projection.
Here, we compare three widely used thresholds (TX = mean ; T0.5X = median; TX2SD = mean + 2 standard deviations) to the ROC- analyses derived threshold (TM = the threshold with maximum specificity and senitivity (TM) obtained as the point of intersection in figure 2) in terms of specificity (Sp) and sensitivity (Se) (Table 1).
Once the lines were chosen the equations for each line were set equal to one another and solved for the point of intersection (figure 1).
Three thresholds (a-c) are calculated from the negative reference controls only and compared to the threshold with maximum specificity and senitivity (TM) obtained as the point of intersection in figure 2. a: mean (TX), b: median (T0.5X), c: mean + 2 standard deviations (TX2SD); d TM Note the different signal range for array 1 and array 2. *normalized Cy3 and Cy5 pool.
Fig. 7 (3D version of Figure 2) Intersection point of the branch M eq with the slow nullcline z ˙ = 0 yields the equilibrium state of the HR model at given x 0. The dark blue point is the center of the gravity of the stable periodic orbit of the HR model, which is depicted on the tonic spiking manifold M lc at x 0 = 1.8.
This is seen as an intersection of the two curves of Figure 1b, where the microstructure is found to be an obvious watershed between the cooled and free surfaces of the ribbon (see Figure 1c and Figure 2a); this watershed matches with the green lines of Figure 2b and c.
The thermodynamic parameters such as activation energy (Ea) and the Arrhenius pre-exponential factor are obtained from the slope and intersection of the straight lines (Figure 4c).
For ease of analysis, both the minimum transmission rates of PUs r 1 and r 2 equal to r p. From Figure 6, we find that the average transmission rate of SUs versus different target transmission rate R p demonstrates the similar downtrend and intersection of curves shown in Figure 4.
Intersection of dotted lines in graphs of Figure 5B indicates the optimal values for E (-3.2) and R2 (1).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com