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August 22, 1980Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE31 citations

Iterative Procedures For Signal Reconstruction From Phase

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AOAlan V. OppenheimMHM.H. HayesJLJae S. Lim

Key Points

  • To review theoretical uniqueness conditions and detailed iterative numerical algorithms for reconstructing multidimensional signals solely from their Fourier transform phase information.
  • Reviewed theoretical conditions allowing unique sequence specification from Fourier transform phase samples without relying on minimum or maximum phase constraints.
  • Evaluated two iterative numerical algorithms designed for phase-only signal reconstruction.
  • Established that specific mathematical conditions allow one-dimensional and multi-dimensional sequences to be uniquely identified by Fourier transform phase alone.
  • Demonstrated the operational viability of two iterative numerical procedures for accurate signal recovery from phase samples.

Abstract

Recently, a set of conditions has been developed under which a sequence is uniquely specified by the phase or samples of the phase of its Fourier transform. These conditions are distinctly different from the minimum or maximum phase requirement and are applicable to both one-dimensional and multi-dimensional sequences. Under the specified conditions, several numerical algorithms have been developed to reconstruct a sequence from its phase. In this paper, we review the recent theoretical results pertaining to the phase-only reconstruction problem and we discuss in detail two iterative numerical algorithms for performing the reconstruction.

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Cite This Study

Oppenheim et al. (1980) studied this question.

synapsesocial.com/papers/6a0fca1ed8c5cf602efd2968https://doi.org/10.1117/12.958839
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