optical transfer function

E672913

The optical transfer function is a frequency-domain representation of an optical system’s imaging performance, describing how different spatial frequencies (detail levels) are transmitted in terms of contrast and phase.

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Statements (49)

Predicate Object
instanceOf frequency-domain representation
optical system characteristic
assumes linear shift-invariant system for strict definition
canBe radially averaged to yield one-dimensional function
two-dimensional function of spatial frequency
characterizes contrast transfer
how spatial frequencies are transmitted
phase transfer
dependsOn aperture stop
defocus
field position
optical aberrations
pupil function
wavelength
describes imaging performance of an optical system
domain spatial frequency
field imaging science
optics
signal processing
hasComponent modulation transfer function
phase transfer function
hasMagnitude modulation transfer function
hasPhase phase transfer function
isComplexValued true
isFourierTransformOf point spread function
isMeasuredBy bar-target method (via MTF)
pinhole or point-source imaging (via PSF)
slanted-edge method (via MTF)
isRelatedTo contrast transfer function
line spread function
optical modulation transfer function
phase transfer function
system transfer function
isStandardizedIn ISO standards for MTF measurement
isUsedIn camera lens testing
computational imaging
deconvolution
image quality assessment
image restoration
lens design
medical imaging system characterization
microscope performance analysis
optical system evaluation
remote sensing imaging analysis
super-resolution methods
telescope performance analysis
represents response of an optical system in spatial-frequency domain
variable spatial frequency in cycles per millimeter
spatial frequency in line pairs per millimeter

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Rayleigh criterion relatesTo optical transfer function