Engineering
Optical Systems
100%
Refractive
72%
Imaging Systems
49%
Transfer Function
45%
Light Field
35%
Phase Mask
35%
Schematic Diagram
35%
Liquid Crystal
33%
Point Spread Function
30%
Expansion Coefficient
29%
Fluidics
28%
Pupil Size
28%
Human Eye
26%
Digital Camera
26%
Apodization
21%
Image Processing Algorithm
21%
Spherical Aberration
19%
Systems Performance
19%
Optical Performance
19%
Limitations
19%
Image Processing
19%
Comparative Analysis
17%
Cellphone
17%
Optical Quality
17%
Focus Depth
17%
Three-Dimensional Reconstruction
17%
Pupil Diameter
15%
Digital Signal Processing
15%
Color Image
14%
Mm Diameter
14%
Basis Function
14%
Object Plane
13%
Lens Power
13%
Captured Image
13%
Entrance Pupil
12%
Limited Performance
11%
Exit Pupil
10%
Image Plane
10%
Thermal Load
10%
Moving Lens
8%
Manufacturing Process
8%
Conventional Camera
8%
Ray Error
8%
Performance Analysis
8%
Stewart Platform
8%
Diamond Turning
8%
Repeated Application
8%
Dimensional Image
8%
Hydrophobic
8%
Excimer Laser
8%
Keyphrases
Aberrations
56%
Optical Transfer Function
35%
Optical System
32%
Astigmatism
30%
Wavefront Coding
28%
Wavefront Error
28%
Spectacle Lenses
27%
Phase Mask
26%
Retinal Imaging
26%
Apodization
26%
Ocular Aberrations
21%
Wavefront
20%
Expansion Coefficient
20%
Higher-order Aberrations
19%
Tohono O'odham
19%
Goldmann Tonometer
18%
Shack-Hartmann Sensor
18%
Light Field
17%
Increased Performance
17%
Visual Performance
17%
Fourier Phase
17%
Photorefractive Keratectomy
17%
Intracameral
17%
Function Expansion
17%
Diffractive Lens
17%
Native American children
17%
Shack-Hartmann
17%
Error-correcting
17%
Remote Measurement
17%
Jacobi
17%
Alleviation
17%
Clinical Prescription
17%
Goldmann
17%
Aberrometer
17%
Applanation Tonometry
16%
Optical Design
16%
Model Eye
16%
Shack-Hartmann Wavefront Sensor
16%
Human Eye
16%
Defocus
16%
Refractive Error
15%
Retina
14%
Fundus Camera
14%
Schematic Eye
13%
Ophthalmic Optics
13%
Optical Properties
13%
Intraocular Lens
13%
Moving Parts
13%
Camera Phone
13%
Zernike Polynomials
13%
