It is demonstrated how the near-specular scattering, collected over land targets by a GNSS-R receiver from space, decorrelates as a function of the receiver movement and the statistical parameters describing the illuminated surface (namely, height standard deviation and correlation length).
Apr 18, 2022
May 31, 2022 · It is demonstrated how the near-specular scattering, collected over land targets by a GNSS-R receiver from space, decorrelates as a function of ...
May 16, 2022 · This allows for investigating scattered fields that can be neither coherent nor completely incoherent over land surfaces that are nearly flat.
Our study demonstrates that the near-specular scattering collected over representative natural landscapes by a GNSS-R receiver is partially coherent and ...
Mar 1, 2022 · This paper aims at exploiting the potential of Global Navigation Satellite System Reflectometry (GNSS-R) for the detection of forest ...
Aug 29, 2020 · Navigation signals reflected by the Earth surface, collected by a receiver in relative movement with respect to the source and the surface, ...
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Our paper presents improvements to an existing GNSS-R DDM model by accounting for short-wave diffraction due to small-scale ground surface roughness and signal ...
This dissertation includes novel work in space based GNSS remote sensing in several areas: 1) Relating space-detected Earth-reflected signals received over the ...
GNSS-R works in a regime of forward specular reflection, which has a complementary behavior with respect to backscattering, since the strongest reflection ...
Abstract— This work presents an overview of the activity developed in the frame of a project funded by the European. Space Agency. The research was focused ...