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Shirzaei, M., and R. Bürgmann, 2012, Topography correlated atmospheric delay correction in radar interferometry using wavelet transforms, Geophys.
Additional prior constraints for atmospheric information can be quickly added as well, because atmospheric delay is parameterized.
Medium-long baseline RTK positioning generally needs a long initial time to find an accurate position due to non-negligible atmospheric delay residual.
Firstly, deformation in radar line-of-slight (LOS) direction is optimized by introducing the GPS-measured height and atmospheric delay products into the CR-InSAR model.
The duration of data gap bridged by this technique could be possibly extended if a more precise atmospheric delay prediction is found or on-the-fly (OTF) technology is applied.
As for the re-convergence time, the simulated results show that 90% of epochs can be fixed within 2 epochs by using prior atmospheric delay information obtained from previously 5 min.
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We present first results on the estimated site coordinates and the zenith total and wet atmospheric delays.
A random walk procedure is then applied to predict the atmospheric delays accurately over a short time span.
The predicted atmospheric delays then can be used to correct the observations which suffer from signal interruptions.
This is based on accurate range and Doppler measurements not affected neither by atmospheric delays nor ground local degradation (multipath and interference).
Firstly, the atmospheric delays were estimated epoch by epoch from ambiguity-fixed PPP solutions before the data gap or cycle slip occurs.
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