Ophthalmoscopes to image the retina are widely used diagnostic tools in ophthalmology and are vital for the early detection of many eye diseases. Although there are various effective optical implementations of ophthalmoscopes, new, robust systems may have a future practical importance in cases where ocular media present significant opacities. Here, we present, as a proof of concept, a novel approach for imaging the retina in real time using a single pixel detector combined with spatially coded illumination. Examples of retinal images in both artificial and real human eyes are presented for the first time to our knowledge
The inclusion of adaptive optics (AO) into ophthalmic imaging technology has allowed the study of hi...
Modern digital cameras employ silicon focal plane array (FPA) image sensors featuring millions of pi...
In the investigation of the human optical system, diagnosis of eye diseases can be concluded through...
Ophthalmoscopes to image the retina are widely used diagnostic tools in ophthalmology and are vital ...
Purpose: The examination of the retina is crucial for early detection of any unwanted alteration. Al...
There are several ophthalmic devices to image the retina, from fundus cameras capable to image the w...
Imaging the retina of cataractous patients is useful to detect pathologies before the cataract surge...
A device combining optical coherence tomography and adaptive optics can capture micron-scale 3D pict...
Retinal imaging is demonstrated using a novel scanning light ophthalmoscope based on a digital micro...
We present the retinal plenoptoscope, a novel light field retinal imaging device designed to overcom...
Introduction High-speed imaging of the retina is crucial for obtaining high quality images in the pr...
Introduction The eye is constantly in motion even when fixating on a target. These so-called fixatio...
Retinal motion detection with an accuracy of 0.77 arcmin corresponding to 3.7 µm on the retina is de...
With the miniaturization of scanning mirrors and the emergence of wearable health monitoring, an int...
Scanning laser ophthalmoscopes (SLOs) can be used for early detection of retinal diseases. With the ...
The inclusion of adaptive optics (AO) into ophthalmic imaging technology has allowed the study of hi...
Modern digital cameras employ silicon focal plane array (FPA) image sensors featuring millions of pi...
In the investigation of the human optical system, diagnosis of eye diseases can be concluded through...
Ophthalmoscopes to image the retina are widely used diagnostic tools in ophthalmology and are vital ...
Purpose: The examination of the retina is crucial for early detection of any unwanted alteration. Al...
There are several ophthalmic devices to image the retina, from fundus cameras capable to image the w...
Imaging the retina of cataractous patients is useful to detect pathologies before the cataract surge...
A device combining optical coherence tomography and adaptive optics can capture micron-scale 3D pict...
Retinal imaging is demonstrated using a novel scanning light ophthalmoscope based on a digital micro...
We present the retinal plenoptoscope, a novel light field retinal imaging device designed to overcom...
Introduction High-speed imaging of the retina is crucial for obtaining high quality images in the pr...
Introduction The eye is constantly in motion even when fixating on a target. These so-called fixatio...
Retinal motion detection with an accuracy of 0.77 arcmin corresponding to 3.7 µm on the retina is de...
With the miniaturization of scanning mirrors and the emergence of wearable health monitoring, an int...
Scanning laser ophthalmoscopes (SLOs) can be used for early detection of retinal diseases. With the ...
The inclusion of adaptive optics (AO) into ophthalmic imaging technology has allowed the study of hi...
Modern digital cameras employ silicon focal plane array (FPA) image sensors featuring millions of pi...
In the investigation of the human optical system, diagnosis of eye diseases can be concluded through...