Synthetic aperture radar (SAR) techniques are typically used to achieve a high azimuth
resolution, but conventional monostatic SAR is not applicable in forward direction because …

In order to improve the azimuth resolution beyond what monostatic synthetic aperture radar
(SAR) can achieve in the forward-looking area, an asymmetric configuration bistatic SAR …

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 …

Synthetic aperture radar (SAR) techniques are typically used to achieve a high azimuth
resolution, but conventional monostatic SAR is not applicable in forward direction because …

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 …

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 bistatic synthetic aperture radar (FL-BSAR) owns smart space-variant
geometry feature, so it is difficult to use precise monostatic SAR frequency domain imaging …

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 …

As a special bistatic SAR imaging mode, missile-borne bistatic forward-looking synthetic
aperture radar (MBFL-SAR) has many potential applications in precision terminal guidance …

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 …