Fourier transform digital holographic adaptive optics imaging system Changgeng Liu, Xiao Yu, and Myung K. Kim* Digital Holography and Microscopy Laboratory, Department of Physics University of South Florida, Tampa, Flori

Source URL: faculty.cas.usf.edu

Phase aberration correction by correlation in digital holographic adaptive optics Changgeng Liu, Xiao Yu, and Myung K. Kim* Digital Holography and Microscopy Laboratory, Department of Physics University of South Florida,

Source URL: faculty.cas.usf.edu

• Optics
• Geometrical optics
• Laboratory techniques
• Physical optics
• Astronomical imaging
• Optical aberration
• Adaptive optics
• Defocus aberration
• Point spread function
• Fourier optics
• Pupil function
• Chromatic aberration

Fourier-Based Diffractive Shearing Interferometer for Wavefront Sensing

Source URL: psilab.ucsd.edu

• Optics
• Observational astronomy
• Electromagnetic radiation
• Science
• Sensors
• Diffraction
• Wavefront
• Waves
• ShackHartmann wavefront sensor
• Interferometry
• Diffraction grating
• Shearing interferometer

Fourier-Based Diffractive Shearing Interferometer for Wavefront Sensing

Source URL: psilab.ucsd.edu

• Optics
• Observational astronomy
• Sensors
• Diffraction
• Wavefront
• Waves
• ShackHartmann wavefront sensor
• Interferometry
• Diffraction grating
• Shearing interferometer
• Grating
• Lenslet

Design algorithm for the placement of identical segments in a large spherical mirror Nicolas Lee Sergio Pellegrino Yen-Hung Wu

Source URL: www.kiss.caltech.edu

• Telescopes
• Optics
• Segmented mirror
• Adaptive optics
• Point spread function
• Overwhelmingly Large Telescope
• Optical aberration
• Angular resolution
• Southern African Large Telescope
• California Extremely Large Telescope
• Fourier optics
• Primary mirror

ESTIMATING TIMING AND CHANNEL DISTORTION ACROSS RELATED SIGNALS Colin Raffel and Daniel P. W. Ellis , Laboratory for the Recognition and

Source URL: colinraffel.com

• Mathematical analysis
• Mathematics
• Algebra
• Fourier analysis
• Unitary operators
• Cartography
• Distortion
• Optics
• Amplifier
• Fourier transform
• Convolution

Worksheet for Exploration 32.1: Representation of Plane Waves Move the slider and observe the animation on the left-hand panel of your screen. The animation shows the electric field in a region of space. The arrows show

Source URL: www.compadre.org

• Coordinate systems
• Mathematical analysis
• Plane wave
• Cartesian coordinate system
• Wave
• Amplitude
• Fourier optics
• Wave mechanics
• Mathematics
• Physics

Super-Resolution of Positive Sources: the Discrete Setup Veniamin I. Morgenshtern1 and Emmanuel J. Cand`es1,2 1 2

Source URL: statweb.stanford.edu

• Fourier analysis
• Digital signal processing
• Unitary operators
• Numerical analysis
• Functional analysis
• Discrete Fourier transform
• Convolution
• Fourier optics
• Nyquist–Shannon sampling theorem
• Mathematical analysis
• Algebra
• Mathematics

Microwave Imaging Reflectometry of Corrugated Metal Targets IGNATENKO Maxim1), MASE Atsushi1), BRUSKIN Leonid1), KOGI Yuichiro1) and HOJO Hitoshi2)

Source URL: www.jspf.or.jp

• Electromagnetic radiation
• Optics
• Lens
• Camera lens
• Fourier optics
• Plasma
• Physics
• Optical devices
• Atomic
• molecular
• and optical physics

Non-coplanar baselines effects The non-coplanar effects of array causes problems with the Fourier transform, in fact, for a non-coplanar array with non-zero w terms the Fourier transform is not applicable. This means tha

Source URL: home.strw.leidenuniv.nl

• Electromagnetic radiation
• Waves
• Interferometry
• Angular resolution
• Fresnel diffraction
• Fresnel zone
• Optics
• Diffraction
• Physics