<p>Example of tissue thickness map of the region bounded by two coupled terrain-like surfaces (the layer containing the outer segments of the retinal photoreceptors) segmented by (a) Conventional graph search of “input volume data” delineated by the red and green surfaces in Fig. 10 (b); (b) Non-Euclidean graph search of “input volume data” delineated by the yellow and cyan surfaces in Fig. 10 (b); (c) Mapping from segmentation results of the reference standard volume.</p
This paper proposes algorithms for the analysis of sets of confocal microscope images of human brain...
Nodes along the full Mapper graphs (left) are clustered into simplified Mapper graphs (right), and s...
<p>Graph showing the comparison of choroidal thickness in the peripapillary region using the raw dat...
<p>OCT B-scan (A) visualizes the segmentation lines for the retina between the ILM (green line) and ...
Thickness maps illustrating the average thickness of (A) the total retina, (B) the inner retinal lay...
<p>Areas of severe thinning are well recognizable as blue patchy areas on retinal thickness color-co...
<p>(A) Standard ETDRS grid showing the foveal subfield (black). The inner ring is an average of the ...
<p><b>(A)</b> and <b>(B)</b>: structural and vasculature cross-sectional image superimposed with seg...
<p>The figure shows the 12×9 mm scan divided into 1 mm<sup>2</sup> sectors. The areas used for the c...
<p>Left: scanned area (7x7 mm). The inner retinal layers thickness measurements are show in each 10x...
<p>(A) choroidal thickness in a horizon scan (B) choroidal thickness in a vertical scan.</p
<p>(a) Macular B-scan of the following intraretinal surfaces detected by the Topcon algorithm: inner...
<p>(a) Cortical thickness maps derived by CLASSIC (the upper row) and aBEAT (the lower row) from a n...
<p>In these examples 20fold magnification was used for a better overview. Measurement of retial laye...
<p>(A) Sample ring scan with additional layer segmentation. Layers from top: Nerve fiber layer (NFL)...
This paper proposes algorithms for the analysis of sets of confocal microscope images of human brain...
Nodes along the full Mapper graphs (left) are clustered into simplified Mapper graphs (right), and s...
<p>Graph showing the comparison of choroidal thickness in the peripapillary region using the raw dat...
<p>OCT B-scan (A) visualizes the segmentation lines for the retina between the ILM (green line) and ...
Thickness maps illustrating the average thickness of (A) the total retina, (B) the inner retinal lay...
<p>Areas of severe thinning are well recognizable as blue patchy areas on retinal thickness color-co...
<p>(A) Standard ETDRS grid showing the foveal subfield (black). The inner ring is an average of the ...
<p><b>(A)</b> and <b>(B)</b>: structural and vasculature cross-sectional image superimposed with seg...
<p>The figure shows the 12×9 mm scan divided into 1 mm<sup>2</sup> sectors. The areas used for the c...
<p>Left: scanned area (7x7 mm). The inner retinal layers thickness measurements are show in each 10x...
<p>(A) choroidal thickness in a horizon scan (B) choroidal thickness in a vertical scan.</p
<p>(a) Macular B-scan of the following intraretinal surfaces detected by the Topcon algorithm: inner...
<p>(a) Cortical thickness maps derived by CLASSIC (the upper row) and aBEAT (the lower row) from a n...
<p>In these examples 20fold magnification was used for a better overview. Measurement of retial laye...
<p>(A) Sample ring scan with additional layer segmentation. Layers from top: Nerve fiber layer (NFL)...
This paper proposes algorithms for the analysis of sets of confocal microscope images of human brain...
Nodes along the full Mapper graphs (left) are clustered into simplified Mapper graphs (right), and s...
<p>Graph showing the comparison of choroidal thickness in the peripapillary region using the raw dat...