To compensate for the retinal surface curvature and the subject movement, we propose to flatten the original images in order to better present the depth-resolved en-face views of a large field of view.
In this paper, a simple methodology is proposed to design an appropriate FO phase shaper to achieve phase flattening in a control loop, comprising a plant controlled by a classical Proportional Integral Derivative (PID) controller.
Subsequent flattening and lateral expansion of membranes on the chromatin surface is proposed to give rise to inner and ONM sheets.
proposed to preserve the program.
To better interpret the large field of view images in a depth-resolved en-face fashion, we propose a method to flatten the 3D data set according to the inner segments of photoreceptor (ISP) that is a relatively high reflecting layer.
We can see that energy efficiency first decreases with q m, then tends to flatten, and energy efficiency for the proposed sleeping strategy is higher than other strategies.
To mitigate this difficulty, we propose to use the relatively high reflecting retinal pigmented epithelium layer as the reference to flatten the original 3D data set along both the fast and slow axes.
"We propose to create it".
proposing to overthrow democracy.
