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FFT transformation images were analyzed by utilizing oval profile of Image J. A circular range (circular center as the image center) was selected and 300 lines at 0 360-degree 0 360-degreetion of the ciradiusere sampledirectiontofcalculathethe summation of gray value.
The MAOD i for a single image with number i in the dataset is computed by: RNFL Obs 1, i (r) denotes the RNFL thickness profile of image number i computed out of the manually corrected ILM and ONFL (see Eq. 8) of observer 1. RNFL Obs 2, i (r) and RNFL Obs 3, i (r) are defined accordingly.
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For signal peak analysis, the temporal profiles of image intensity at the global ROIs were individually extracted as raw signals and a scalar value ΔF/F was calculated.
For visual inspection of denoised color images of normal profile of Lena image with σ=50, we refer the reader to Fig. 6.
The plot profile tool of Image J was used to determine the mean distance between the ribbon and the Cav.3 patch (center mass distance).
(a) AFM image and (b) the height profile of the image.
e, f Indicates line profile of each image.
The optimization problem requires the knowledge of the distortion profile of the image.
(i) Height profile of AFM image corresponding to the line shown in Fig. 4(h).
The color profile of each image indicates the profile of the detected current in the scanning area.
With this configuration, using a Gd knife edge, we determined the transverse profile of the image with a spatial accuracy of 0.01 mm.
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