Larger transmitting bandwidth is needed to get range direction high-resolution imaging in
Synthetic Aperture Radar (SAR) system. Though, large bandwidth signal faces many …

Ultra-high spatial resolution is an important development direction of spaceborne synthetic
aperture radar (SAR). The finer the resolution, the more details can be obtained from the …

The joint FPGA and multi-DSP imaging architecture has found widespread use in airborne
SAR and satellite-based SAR. However, traditional back-projection (BP) algorithms are not …

Multi‐sub‐bands stitching technique is an effective method to achieve ultra‐high range
resolution in synthetic aperture radar (SAR) system. However, sub‐bands stitching error …

Multi-channel SAR technique is an effective solution to obtain high-resolution images with
better than 0.1 m. A radar transceiver channel scheme which consists of one wideband …

Multi-channel in azimuth is a technique to achieve high-resolution as well as wide-swath in
Synthetic Aperture Radar (SAR) systems. Channel error is inevitable in multi-channel …

The stepped-frequency synthetic aperture radar (SFSAR) has been widely used to obtain
high-range-resolution image. Combining the sub-band echoes to form a wideband signal is …

Synthetic bandwidth technique provides an effective way to achieve the ultra high range
resolution of airborne SAR. But in the real synthetic bandwidth system, the correlation is …

The past decades have witnessed an increasing attention for detailed observation with
developing of Synthetic Aperture Radar (SAR). The higher the resolutions of SAR images …

In highly-squint strip-map Synthetic Aperture Radar (SAR) onboard high-speed platform, the
large range-walk is eliminated by continuously varying its pulse repetition interval (PRF) …