SAR range-Doppler images are inherently 2-dimensional. Targets with a height offset lay over onto offset range and azimuth locations. Just which image locations are laid upon depends on the imaging geometry, including depression angle, squint angle, and target bearing. This is the well known layover phenomenon. Images formed with different aperture geometries will exhibit different layover characteristics. These differences can be exploited to ascertain target height information, in a stereoscopic manner. Depending on the imaging geometries, height accuracy can be on the order of horizontal position accuracies, thereby rivaling the best IFSAR capabilities in fine resolution SAR images. All that is required for this to work are two distinct ...
Due to challenges in the visual interpretation of radar signatures or in the subsequent information ...
A pair of SAR images acquired from different positions can be used to generate digital elevation mod...
During the last decade a methodology for the reconstruction of surface relief by Synthetic Aperture ...
An emerging need for timely and precise poor weather targeting in support of long range weapons is i...
This paper deals with precise absolute geolocation of point targets by means of a pair ...
In this paper we describe a new method for creating three-dimensional images using pairs of syntheti...
The stereo SAR (Synthetic Aperture Radar) technique computes three-dimensional coordinates of ground...
Remote sensing radar satellites cover wide areas and provide spatially dense measurements, with mill...
Without ground control information, the uncertainty in the absolute geographic positioning of optica...
Synthetic Aperture Radar (SAR) is now widely used for generating Digital Elevation Models (DEMs) and...
Associating a radar scatterer to a physical object is crucial for the correct interpretation of inte...
Geometrical imaging models and calculations of orientation parameters are the main factors affecting...
Associating a radar scatterer to a physical object is crucial for the correct interpretation of inte...
This paper deals with a new Synthetic Aperture Radar (SAR) processing system for the generation of ...
Abstract—A stereo-synthetic aperture radar (stereo-SAR) technique is proposed to estimate the terrai...
Due to challenges in the visual interpretation of radar signatures or in the subsequent information ...
A pair of SAR images acquired from different positions can be used to generate digital elevation mod...
During the last decade a methodology for the reconstruction of surface relief by Synthetic Aperture ...
An emerging need for timely and precise poor weather targeting in support of long range weapons is i...
This paper deals with precise absolute geolocation of point targets by means of a pair ...
In this paper we describe a new method for creating three-dimensional images using pairs of syntheti...
The stereo SAR (Synthetic Aperture Radar) technique computes three-dimensional coordinates of ground...
Remote sensing radar satellites cover wide areas and provide spatially dense measurements, with mill...
Without ground control information, the uncertainty in the absolute geographic positioning of optica...
Synthetic Aperture Radar (SAR) is now widely used for generating Digital Elevation Models (DEMs) and...
Associating a radar scatterer to a physical object is crucial for the correct interpretation of inte...
Geometrical imaging models and calculations of orientation parameters are the main factors affecting...
Associating a radar scatterer to a physical object is crucial for the correct interpretation of inte...
This paper deals with a new Synthetic Aperture Radar (SAR) processing system for the generation of ...
Abstract—A stereo-synthetic aperture radar (stereo-SAR) technique is proposed to estimate the terrai...
Due to challenges in the visual interpretation of radar signatures or in the subsequent information ...
A pair of SAR images acquired from different positions can be used to generate digital elevation mod...
During the last decade a methodology for the reconstruction of surface relief by Synthetic Aperture ...