<p>A. Fundus view: OCT segmentation along 12 radial lines through the central fovea. B. Cross-sectional view: Along each scan line, the thickness of each retinal layer was measured at 6 different points (3 points along each radial line). The 5 points closest to the fovea were not included in the analysis due to variability in automated retinal layer segmentation in this area as a result of indistinct layers.</p
<p>(Left column) Color-coded retinal thickness maps were generated by the built-in software of the d...
ObjectiveTo evaluate the inter-rater reliability of semiautomated segmentation of spectral domain op...
Retinal and intra-retinal layer thicknesses are routinely generated from optical coherence tomograph...
<p>At each study visit each child had 2 repeated series of OCT scans collected, each consisting of 6...
International audienceThis paper proposes an automated method for the segmentation of eight retinal ...
<p>Left: scanned area (7x7 mm). The inner retinal layers thickness measurements are show in each 10x...
<p>A) Sample scanning laser ophthalmoscopy image showing the peripapillary ring-scan for retinal ner...
(A) Segmentation of inner and outer retinal layers, at the inner limiting membrane (ILM, blue), oute...
<p>Retinal thickness analysis protocol showing mean thicknesses for each of eight subfields: scan ar...
Also shown are the total retinal thickness (TRT) measurement, and the individual layer thickness mea...
<p>The different retinal layers were manually segmented in single horizontal foveal scans and the im...
<p>(A) Orange segmentation lines define the ganglion cell layer and inner plexiform layer (GCIP), th...
Commercially-available optical coherence tomography (OCT) systems (e.g., Stratus OCT-3) only segment...
To investigate repeatability and reproducibility of thickness of eight individual retinal layers at ...
<p>(A) Standard ETDRS grid showing the foveal subfield (black). The inner ring is an average of the ...
<p>(Left column) Color-coded retinal thickness maps were generated by the built-in software of the d...
ObjectiveTo evaluate the inter-rater reliability of semiautomated segmentation of spectral domain op...
Retinal and intra-retinal layer thicknesses are routinely generated from optical coherence tomograph...
<p>At each study visit each child had 2 repeated series of OCT scans collected, each consisting of 6...
International audienceThis paper proposes an automated method for the segmentation of eight retinal ...
<p>Left: scanned area (7x7 mm). The inner retinal layers thickness measurements are show in each 10x...
<p>A) Sample scanning laser ophthalmoscopy image showing the peripapillary ring-scan for retinal ner...
(A) Segmentation of inner and outer retinal layers, at the inner limiting membrane (ILM, blue), oute...
<p>Retinal thickness analysis protocol showing mean thicknesses for each of eight subfields: scan ar...
Also shown are the total retinal thickness (TRT) measurement, and the individual layer thickness mea...
<p>The different retinal layers were manually segmented in single horizontal foveal scans and the im...
<p>(A) Orange segmentation lines define the ganglion cell layer and inner plexiform layer (GCIP), th...
Commercially-available optical coherence tomography (OCT) systems (e.g., Stratus OCT-3) only segment...
To investigate repeatability and reproducibility of thickness of eight individual retinal layers at ...
<p>(A) Standard ETDRS grid showing the foveal subfield (black). The inner ring is an average of the ...
<p>(Left column) Color-coded retinal thickness maps were generated by the built-in software of the d...
ObjectiveTo evaluate the inter-rater reliability of semiautomated segmentation of spectral domain op...
Retinal and intra-retinal layer thicknesses are routinely generated from optical coherence tomograph...