Synoptic capabilities of the GNSS-R interferometric technique with the SPIR instrument

We present in this paper the work done to test the synoptic capabilities of the GNSS-R interferometric technique as a means towards sea surface altimetry estimation, which is an integrated part of the assessment of the GEROS-ISS mission. For this purpose, a new software receiver has been developed a...

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Main Authors: Fabra, F., Cardellach, E., Ribo, S., Li, W., Rius, A., Praks, J., Rouhe, E., Seppanen, J., Martin-Neira, M.
Format: Conference Proceeding
Language:English
Subjects:
Altimetry
GNSS-R
Instruments
ocean altimetry
radar
Receivers
Remote sensing
Sea surface
Software
software receivers
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creator Fabra, F.
Cardellach, E.
Ribo, S.
Li, W.
Rius, A.
Praks, J.
Rouhe, E.
Seppanen, J.
Martin-Neira, M.
description We present in this paper the work done to test the synoptic capabilities of the GNSS-R interferometric technique as a means towards sea surface altimetry estimation, which is an integrated part of the assessment of the GEROS-ISS mission. For this purpose, a new software receiver has been developed and tested: SPIR. With the lessons learned after a first flight campaign, some system modifications were performed and a second experimental campaign has been recently carried on. Initial results show interferometric waveforms that present the quality required for altimetric analysis.
doi_str_mv 10.1109/IGARSS.2016.7730462
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subjects Altimetry
GNSS-R
Instruments
ocean altimetry
radar
Receivers
Remote sensing
Sea surface
Software
software receivers
title Synoptic capabilities of the GNSS-R interferometric technique with the SPIR instrument
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