… in order to enable modeling of the optical system … modeling scanning systems employing
a scanning mirror. The author demonstrates its performance on a retinal birefringence scanning …

… Retinal birefringence scanning (historical notes on previous methods implemented here) Our
version of retinal birefringence scanning (… to: a) obtain a mathematical description of each …

… We employed retinal birefringence scanning (RBS), a … light is directed onto the retina in a
circular scan, with a fixation point … Due to the radially symmetric arrangement of the birefringent …

… The author's lab has developed several instruments that detect the location of the fovea
using retinal birefringence scanning (RBS), proven to be very effective. Here, an RBS-based …

… based on retinal birefringence scanning. The described approach also greatly improves
the precision of Mueller-matrix-based computer modeling of polarization sensitive systems. …

… birefringence was computed by using the combination of Mueller Matrix Polarimetry for linear
retardance and Confocal Laser Scanning … the sample, two mathematical tools are available…

… optical model for the murine eye in the NIR range and then uses that model to develop an
SAR-OCT system for mouse retinal … B-scans of mouse retinas, angiography images, and retinal …

… in order to enable modeling of the optical system … modeling scanning systems employing
a scanning mirror. The author demonstrates its performance on a retinal birefringence scanning …

We used a partial Mueller matrix polarimeter to measure the corneal anisotropic properties
at three pupil sizes (dilated, natural, and constricted). The geometrical parameters of first …

… models do not include the optical instrument in the overall mathematical model and so cannot
model the … Angular scanning sweeps the spot across the retina and the light scattered back …