Range alignment of traditional translational motion compensation for inverse synthetic
aperture radar imaging generally cannot be implemented accurately under low signal‐to …

Existing inverse synthetic aperture radar (ISAR) imaging methods under sparse aperture
(SA) conditions are usually based on the assumption that the target motion is stationary …

Well-focused and accurately scaled high-resolution inverse synthetic aperture radar (ISAR)
images provide a sound basis for feature extraction and target recognition. This paper …

The-type double baseline configuration (three antennas) radar system is commonly adopted
to obtain 3-D images in the traditional interferometric inverse synthetic aperture radar …

In order to eliminate the negative influence of the rotational phase component (RPC) of
target prominent scattering centres on the performance of Doppler centroid tracking (DCT) …

该文针对逆合成孔径雷达成像中某些含旋转部件雷达目标, 其回波多普勒中心受到旋转部件微多
普勒的扰动, 使得对回波初相的估计和补偿精度下降, 从而导致目标主体成像质量变差的问题 …

PGA (phase gradient autofocus) has been widely used to remove motion induced phase
errors in the ISAR (inverse synthetic aperture radar) imaging. The critical process for the …

In the inverse synthetic aperture radar imaging, the autofocus is a required step for
generating high‐quality images. However, due to many factors, the aperture data may be …

Most research efforts in ISAR focus on techniques to form the image via autofocus or on
classification (assuming that the ISAR imagery is already generated). An important step …

Automotive synthetic aperture radar (SAR) systems are rapidly emerging as a candidate
technological solution to enable a high-resolution environment awareness for autonomous …