Editorial Board Honorary Editor General Executive Associate Editors-in-chief Associate Editors-in-chief Improved Eigenanalysis Canceler Based on Data-independent Clutter Subspace Estimation for Space-time Adaptive Processing ........... 102301(10) Superimposed Training for Channel Estimation of Ofdm

@inproceedings{Zhou2013EditorialBH,
  title={Editorial Board Honorary Editor General Executive Associate Editors-in-chief Associate Editors-in-chief Improved Eigenanalysis Canceler Based on Data-independent Clutter Subspace Estimation for Space-time Adaptive Processing ........... 102301(10) Superimposed Training for Channel Estimation of Ofdm},
  author={Guangzhao Zhou and Guang Zhao and Z. Zhu and Li Wei and Shenggang Liu and Dongming Wang and Jie Huang and Zhongping Jiang and Li Weiping and Derong Liu and Zhimin Tang and Jie Tian and Chengxiang Wang and Xiaodong Wang and Ziyu Wang and Wu Jie and WU WeiRen},
  year={2013}
}
One basic assumption for high-efficient SAR imaging algorithms is azimuth-shift-invariance of SAR data. The new spaceborne high-resolution wide-swath (HRWS) SAR generation will retain the same significant swath depth of the past but will achieve much higher resolution. The formerly insignificant variance of effective radar velocity along azimuth path will cause noticeable focusing blurring at azimuth scene edges. It is a new problem to accommodate the azimuth-shift variance with high efficiency… CONTINUE READING
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