(A) Output image of the clinical SD-OCT device (‘Line’ scan mode). (B) Saturation artifact detection after histogram sliding to adjust exposure. (C) Detection of anterior surface. (D) Numerical flattening of the cornea and segmentation of the apex-centered stromal region of interest (ROI). (E, F) Computation of a customized correction mask to account for the posterior stromal artifact. (G) Lateral normalization of the flattened and corrected image. (H) Extraction of the stromal in-depth intensity profile.</p
PurposeTo evaluate a region of interest (ROI) method of analyzing anterior segment optical coherence...
Copyright © 2013 D. Alberto and R. Garello. This is an open access article distributed under the Cre...
An image analysis algorithm is described that utilizes a Graphics Processor Unit (GPU) to detect in ...
The stromal area of interest used in our analysis is highlighted in purple. The horizontal (bold) da...
Each row comprises a SD-OCT cross-sectional ‘Line’ image of a typical in vivo human cornea with corr...
International audienceCorneal transparency is essential to provide a clear view into and out of the ...
PURPOSE: To assess intraoperative stromal topography measurements using swept-source optical cohere...
International audienceCorneal transparency is essential to provide a clear view into and out of the ...
In this work is describe anatomy and physiology of the cornea. The following are the primary non-inf...
This paper describes a new method for determining corneal surface detail utilizing a modified Zeiss ...
The acquisition speed of current FD-OCT (Fourier Domain - Optical Coherence Tomography) instruments ...
The acquisition speed of current FD-OCT (Fourier Domain - Optical Coherence Tomography) instruments ...
(A-B, Saturation artifact) Prominent central artifact with a repetitive pattern of back-reflections ...
Purpose: To determine the minimum depth of phototherapeutic keratectomy (PTK) required for diffuse h...
Purpose - To present en face optical coherence tomography (OCT) images generated by graph-search the...
PurposeTo evaluate a region of interest (ROI) method of analyzing anterior segment optical coherence...
Copyright © 2013 D. Alberto and R. Garello. This is an open access article distributed under the Cre...
An image analysis algorithm is described that utilizes a Graphics Processor Unit (GPU) to detect in ...
The stromal area of interest used in our analysis is highlighted in purple. The horizontal (bold) da...
Each row comprises a SD-OCT cross-sectional ‘Line’ image of a typical in vivo human cornea with corr...
International audienceCorneal transparency is essential to provide a clear view into and out of the ...
PURPOSE: To assess intraoperative stromal topography measurements using swept-source optical cohere...
International audienceCorneal transparency is essential to provide a clear view into and out of the ...
In this work is describe anatomy and physiology of the cornea. The following are the primary non-inf...
This paper describes a new method for determining corneal surface detail utilizing a modified Zeiss ...
The acquisition speed of current FD-OCT (Fourier Domain - Optical Coherence Tomography) instruments ...
The acquisition speed of current FD-OCT (Fourier Domain - Optical Coherence Tomography) instruments ...
(A-B, Saturation artifact) Prominent central artifact with a repetitive pattern of back-reflections ...
Purpose: To determine the minimum depth of phototherapeutic keratectomy (PTK) required for diffuse h...
Purpose - To present en face optical coherence tomography (OCT) images generated by graph-search the...
PurposeTo evaluate a region of interest (ROI) method of analyzing anterior segment optical coherence...
Copyright © 2013 D. Alberto and R. Garello. This is an open access article distributed under the Cre...
An image analysis algorithm is described that utilizes a Graphics Processor Unit (GPU) to detect in ...