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The Retracking Technique on Multi-Peak and Quasi-Specular Waveforms for Jason-1 and Jason-2 Missions near the Coast
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Citations
15
References
2012
Year
EngineeringSurface WaveJason-2 MissionsQuasi-specular WaveformsCoastal ModelingOceanographyGreat Barrier ReefCoastal ProcessGeophysical Signal ProcessingEarth ScienceGeophysicsOcean MonitoringOcean AcousticsOceanographic ResearchGeodesyMarine GeologyGeographyWaveform Retracking TechniqueRetracking TechniqueCoastal ProcessesRadarOcean EngineeringAerospace EngineeringPhysical OceanographyPredominant Waveform ClassesWave GroupOcean Acoustic
This article presents the waveform retracking technique for two predominant waveform classes near the coast: quasi-specular and multi-peak echoes. The technique retracks the truncated sub-waveform rather than the full-waveform. Sub-waveforms, which are only based on returns reflected from the water surface, are extracted and retracked using the Brown model. The retracker is applied to simulated waveforms and Jason-1 and Jason-2 waveforms in the Great Barrier Reef. When using it as a supplement to the full-waveform retracker, results show that retracked SSHs can be extended further to the coastline, up to ∼2–6 km for Jason-1 and ∼1–7 km for Jason-2.
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