Comparison of 2D and 3D complex FPU method in imaging of the human retina in vivo with the eye intentionally misaligned to decrease the imaging sensitivity. Colors in the images represent DOCT phase values: red – blood flow direction against the incoming beam of light, blue – along with the light propagation. Increasing color intensity indicates increasing axial flow velocity values as indicated by the color bar. The DOCT images were intentionally not thresholded to remove the noise, as demonstration of the 4FT FPU algorithms influence on the noise areas was intended
The blood oxygen level dependent (BOLD) contrast is the most utilized method in functional magnetic ...
PURPOSE:Continuous and rapid eye movement causes significant intraframe distortion in adaptive optic...
We present in vivo volumetric images of human retinal micro-circulation using Fourier-domain optical...
Comparison of 2D and 3D complex FPU method in imaging of the human retina in vivo with the eye inten...
Phase unwrapping in the flow phantom. Top: plot of the circular standard deviation values (σcirc) in...
Resonant Doppler Fourier Domain Optical Coherence Tomography is a functional imaging modality for qu...
Objective: To compare and quantify the retinal vascular changes induced by non-intentional pressure ...
For Fourier domain optical coherence tomography any sample movement during camera integration causes...
<p>(A) The retina of a healthy subject imaged using the RFI device with a field of view of 20-degree...
Visualization 1: Real-time fluorescent cerebral blood vessel imaging using a previous fiber-bundle–b...
We evaluate methods to visualize human retinal micro-circulation in vivo by standard intensity-based...
One of the important steps towards a fully automated retinal image diagnosis system is automatic seg...
Phase variance-based motion contrast imaging is demonstrated using a spectral domain optical coheren...
Fourier Domain Optical Coherence Tomography FDOCT is a recent imaging technique based on the princip...
To investigate the effect of preprocessing techniques including contrast enhancement and illuminatio...
The blood oxygen level dependent (BOLD) contrast is the most utilized method in functional magnetic ...
PURPOSE:Continuous and rapid eye movement causes significant intraframe distortion in adaptive optic...
We present in vivo volumetric images of human retinal micro-circulation using Fourier-domain optical...
Comparison of 2D and 3D complex FPU method in imaging of the human retina in vivo with the eye inten...
Phase unwrapping in the flow phantom. Top: plot of the circular standard deviation values (σcirc) in...
Resonant Doppler Fourier Domain Optical Coherence Tomography is a functional imaging modality for qu...
Objective: To compare and quantify the retinal vascular changes induced by non-intentional pressure ...
For Fourier domain optical coherence tomography any sample movement during camera integration causes...
<p>(A) The retina of a healthy subject imaged using the RFI device with a field of view of 20-degree...
Visualization 1: Real-time fluorescent cerebral blood vessel imaging using a previous fiber-bundle–b...
We evaluate methods to visualize human retinal micro-circulation in vivo by standard intensity-based...
One of the important steps towards a fully automated retinal image diagnosis system is automatic seg...
Phase variance-based motion contrast imaging is demonstrated using a spectral domain optical coheren...
Fourier Domain Optical Coherence Tomography FDOCT is a recent imaging technique based on the princip...
To investigate the effect of preprocessing techniques including contrast enhancement and illuminatio...
The blood oxygen level dependent (BOLD) contrast is the most utilized method in functional magnetic ...
PURPOSE:Continuous and rapid eye movement causes significant intraframe distortion in adaptive optic...
We present in vivo volumetric images of human retinal micro-circulation using Fourier-domain optical...