An approach for refocusing of ground fast-moving target and high-order motion parameter estimation using Radon-high-order time-chirp rate transform

P Huang, G Liao, Z Yang, J Ma - Digital Signal Processing, 2016 - Elsevier
Long synthetic aperture time can improve the imaging quality of a ground moving target,
whereas a moving target may be severely smeared in the cross-range image due to the …
被引用次数：29 相关文章 Web of Science: 24

An approach for refocusing of ground fast-moving target and high-order motion parameter estimation using Radon-high-order time-chirp rate transform

P Huang, G Liao, Z Yang, J Ma - Digital Signal Processing, 2016 - dl.acm.org
Long synthetic aperture time can improve the imaging quality of a ground moving target,
whereas a moving target may be severely smeared in the cross-range image due to the …

An approach for refocusing of ground fast-moving target and high-order motion parameter estimation using Radon-high-order time-chirp rate transform

P Huang, G Liao, Z Yang, J Ma - Digital Signal Processing, 2016 - ui.adsabs.harvard.edu
Long synthetic aperture time can improve the imaging quality of a ground moving target,
whereas a moving target may be severely smeared in the cross-range image due to the …

An approach for refocusing of ground fast-moving target and high-order motion parameter estimation using Radon-high-order time-chirp rate transform

P Huang, G Liao, Z Yang, J Ma - Digital Signal Processing, 2016 - infona.pl
Long synthetic aperture time can improve the imaging quality of a ground moving target,
whereas a moving target may be severely smeared in the cross-range image due to the …