This paper analyzes the spatial decorrelation between repeat-pass bistatic synthetic
aperture radar (BSAR) images with Global Navigation Satellite Systems as transmitters and …

Monitoring large built structures, landslides, volcanoes, or glaciers implies relative height
measurements and line-of-sight (LOS) displacement measurements, which are typically …

The article proposes a methodology to perform azimuth focusing of spaceborne transmitter-
stationary receiver bistatic synthetic aperture radar data across multiple along-track …

The flexible geometry configuration of the bistatic synthetic aperture radar (SAR) has many
advantages. However, it causes serious measurement error in the bistatic SAR system …

The spatial separation of the transmitter and receiver in Bistatic Synthetic Aperture Radar
(BiSAR) makes it a promising and useful supplement to a classical Monostatic SAR system …

Space-Surface Bistatic Synthetic Aperture Radar (SS-BSAR) system consists of a
spaceborne SAR transmitter and ground-based receivers. This system has the advantage of …

Precise phase synchronization of clock or local oscillator signals over distributed systems is
a recurring requirement in the design of a wide range of systems, with applications in …

The paper proposes a methodology to perform azimuth focusing of spaceborne transmitter-
stationary receiver bistatic synthetic aperture radar (SAR) data across multiple along-track …

This paper presents the first results obtained by repeat-pass bistatic synthetic aperture radar
(SAR) interferometry using a fixed C-band ground-based receiver and the Sentinel-1A/B …

This paper makes an analysis of repeat-pass bistatic synthetic aperture radar (SAR)
interferometry performed with a stationary ground-based receiver and a satellite as …