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City Mexico City / / Company M and S / SAR / / Country Mexico / / Currency USD / / / Facility University of South Florida / University of Miami / Rickenbacker Causeway / / IndustryTerm cellular automaton algorithm / wrong solution / nearest-neighbor branch-cut algorithm / algorithm / region-growth algorithm / path algorithms / satellite location / Non-path-following algorithms / unwrapped solution / unwrapping solution / decent solutions / similar solutions / path algorithm / real-world applications / a priori solution / phase unwrapping algorithms / non-path-following unwrapping algorithms / distance algorithm / benchmark solution / mining / branch-cut algorithm / / Organization Department of Geology / University of South Florida / Optical Society of America / Optical Society of America OCIS / University of Miami / Rosenstiel School of Marine / Shuttle Radar Topography Mission / / Person Distance Like / Stanford Method / Batuhan Osmanoglu / Timothy H. Dixon / / Position low Fisher information value / Fisher information value / high Fisher information value / Mexico *Corresponding author / using Fisher / Fisher information theory / Fisher / F. Fisher / / ProgrammingLanguage E / / Region South Florida / / Technology PDV-BC algorithm / Remote Sensing / branch-cut algorithm / nearest-neighbor branch-cut algorithm / path algorithms / Region-growth algorithms / Timeseries generating algorithms / FD algorithm / region-growth algorithm / Non-path-following algorithms / phase unwrapping algorithms / unwrapping algorithms / Fisher distance algorithm / Geophysics / newly developed algorithm / unwrapping algorithm / LS algorithm / FD algorithms / path algorithm / non-path-following unwrapping algorithms / masking algorithm / cellular automaton algorithm / Branch-Cut Branch-cut algorithms / SDR algorithms / / SocialTag 
On the importance of path for phase unwrapping in synthetic aperture radar interferometry Batuhan Osmanoglu,1,* Timothy H. Dixon,1,2 Shimon Wdowinski,1 and Enrique Cabral-Cano3 1