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Fast two-dimensional phase-unwrapping algorithm based on sorting by reliability following a noncontinuous path

Applied Optics · 2002 · Vol. 41(35) · pp. 7437–7437
Miguel Arevalillo‐HerráezDavid R. BurtonMichael J. LalorMunther Gdeisat

Abstract

We describe what is to our knowledge a novel technique for phase unwrapping. Several algorithms based on unwrapping the most-reliable pixels first have been proposed. These were restricted to continuous paths and were subject to difficulties in defining a starting pixel. The technique described here uses a different type of reliability function and does not follow a continuous path to perform the unwrapping operation. The technique is explained in detail and illustrated with a number of examples.

Optical measurement and interference techniquesImage Processing Techniques and ApplicationsImage and Object Detection TechniquesPhase unwrappingComputer scienceAlgorithmPixelPath (computing)SortingReliability (semiconductor)Phase (matter)Function (biology)Optics
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