In the longitudinal model, one threshold (six in total) and one deviation from the threshold for females (six in total) were estimated in each age group.
For every patient the sum of all visual field locations was calculated for each algorithm for both total and pattern deviation probability plots.
The absolute and relative differences in total and the deviations from the reference in total, which were collected in two weeks (cf. Table 2), as well as predefined daily assessment periods (cf. Table 3) were observed.
The absolute and relative differences in total and the deviations from the reference in total, which were collected in two weeks (cf. Table 2), as well as in predefined daily assessment periods (cf. Table 3) were observed.
Our variables were the radial, the ulnar and total deviation of left and right hand.
For the tomographic inversion, we selected 2131 events according to two criteria: (1) The number of phase readings of both P and S data is more than 15 in total, and (2) the deviation of residuals after the 1D velocity inversion step is less than 1 s.
When analysing the correlation between hemifield RNFL thickness and total deviation in the corresponding area, superior RNFL thickness and total deviation in the inferior visual field demonstrated a significant correlation (r = 0.38 for VCC and r = 0.50 for ECC in the moderately myopic group; r = 0.54 for VCC and r = 0.60 for ECC in the highly myopic group).
The GBG was calibrated using the swing round method, and measurement uncertainties on chordal tooth thickness and total pitch deviation Fp were determined to be 0.9 μm and 1.4 μm, respectively.
In contrast, the correlation between inferior RNFL thickness and total deviation in the superior visual field was significant only by ECC measurement in the moderately myopic group (r = 0.39, p = 0.0112).
The objective function is adopted to minimize sequentially; total fuel cost, real power loss of the system, and total voltage deviation in the given power system networks.
Meanwhile, the specific capacitance of CoAl-LDHs in Fig. 3c could be calculated from the discharge time using the following equation: C = frac{it}{mDelta V} (1 where i, t, m, and ΔV represent the discharge current (A), discharge time (s), mass of active materials (g), and total potential deviation (V), respectively.
