Iterative Phase Estimation Algorithms in Interferometric Systems

by Farriss, Wesley E.

Type Thesis
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Coherent optical interferometry has a long history of enabling extremely precise measurements at length scales of less than the wavelength of light used in the interferometer. It is the ability of these systems to measure both the relative phase and amplitude information of the optical field that makes them so useful. As the name would imply, measuring phase and amplitude is accomplished by interfering two or more beams of light.

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Summary

Coherent optical interferometry has a long history of enabling extremely precise measurements at length scales of less than the wavelength of light used in the interferometer. It is the ability of these systems to measure both the relative phase and amplitude information of the optical field that makes them so useful. As the name would imply, measuring phase and amplitude is accomplished by interfering two or more beams of light.

Read More ↓

Edition Statements

  • Publication Date:2021

Thesis Information

  • Degree:Ph.D.
  • University:University of Rochester
  • Advisor/Supervisor:Fienup, James R.
  • Pages:221

Publication Statements

  • Language:eng
  • Publication Date:2021

Edition Identifiers

  • proquest:2587948284

Subjects

Coherent imaging Coherent lidar eng Hermite Gaussian Imaging through turbulence optics Optimization PDF Phase retrieval physics

Writers

Farriss, Wesley E. Fienup, James R.

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