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b Is the same image after post-processing.
c Shows the same image after pipetting that solution.
Inset; a small part of the same image after applying a Fourier filter, MDs are marked with arrows.
The left column shows de-noising: a a nanocrystal sub-image, b the same image after TV filter application, and c the difference between images a and b.
Figure 12b shows the Range Doppler image of the data before the CEMD processing, while in Figure 10c shows the same image after the CEMD processing.
Figure 2 shows several examples: Fig. 2a, b shows the DCT coefficient histograms for a single-compressed JPEG image at the (0,1) position in zigzag order for quality factors of QF1 = 60 and QF1 = 90, respectively, and Fig. 2c, d shows the DCT coefficient histograms for the same image after double compression with QF1 = 90, QF2 = 60 and with QF1 = 60, QF2 = 90, respectively.
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To compare retinal thickness and retinal height of the original scanned optical coherence tomography (OCT) images with those of the same images after automated retinal thickness analysis.
b The same images after applying a Wiener filter.
A few images from each database, forming a representative collection of images from the test set, are depicted in the first row of Figure 2. In the second row of Figure 2, the same images after artificial degradation is shown (see Section 5.2 for details).
Automated measurements of D2 were performed on the same images after the completion of the Lm measurements.
Then the same image stack after automated mitochondrial segmentation is shown followed by a 3D rendering of the segmented mitochondria.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com