Bandlimited signals are uniquely recoverable up to global phase from Gabor magnitudes sampled at twice the Nyquist rate in two frequency bins.
Applied and Computational Harmonic Analysis 62, 173–193 (2023)
2 Pith papers cite this work, alongside 29 external citations. Polarity classification is still indexing.
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Uniqueness holds for phase retrieval of entire functions of exponential type from sampled Gabor magnitudes on dense shifted lattices.
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Sampling at twice the Nyquist rate in two frequency bins guarantees uniqueness in Gabor phase retrieval
Bandlimited signals are uniquely recoverable up to global phase from Gabor magnitudes sampled at twice the Nyquist rate in two frequency bins.
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On a dense set of functions determined by sampled Gabor magnitude
Uniqueness holds for phase retrieval of entire functions of exponential type from sampled Gabor magnitudes on dense shifted lattices.