Due to left/right Doppler ambiguity, and the small difference in Doppler frequencies of
adjacent points in flight direction, conventional monostatic SAR can not be used for forward …

This paper demonstrates and analyzes the imaging capability of a passive airborne forward-
looking SAR in combination with a spaceborne illumination system. Without doubt, a forward …

With appropriate geometry configurations, bistatic Synthetic Aperture Radar (SAR) can
break through the limitations of monostatic SAR on forward-looking imaging. Thanks to such …

Forward-looking imaging has many potential applications, but it is impossible with the usual
monostatic synthetic aperture radar (SAR) principle. Through the bistatic SAR configuration …

Forward-looking radar imaging continues to gain in significance due to a variety of
convenient applications, like landing assistance for aircraft in poor visibility conditions …

Bistatic synthetic aperture radar (SAR) operates with spatially separated transmit and
receive antennas that are mounted on separated platforms. Provided that there is an overlap …

The conventional monostatic SAR shows a limitation of achieving a high azimuth (angular)
resolution if a forward-looking geometry is used. Bistatic SAR offers a possibility of the …

With appropriate geometry configurations, bistatic synthetic aperture radar (SAR) can break
through the limitations of monostatic SAR on forward-looking imaging. Thanks to such a …

The acquisition of Synthetic Aperture Radar (SAR) data in a bistatic forward-looking
configuration offers many new capabilities for a broad spectrum of remote sensing …

This paper presents a new bistatic point target reference spectrum. It is derived by using the
2-D principle of stationary phase which is first applied in the synthetic aperture radar (SAR) …