Name: Ping Chen

Academic Title: Professor

Email: chenping@hust.edu.cn

Research Interests:

Ocean Microwave Remote Sensing and Information Extraction

Education:

Ph.D degree, Huazhong University of Science and Technology, 1998-2002

Employment and Working Experience:

Professor, School of Electronic Information and Communications, Huazhong University of Science and Technology, 2004- 2019

Associate Professor, School of Electronic Information and Communications, Huazhong University of Science and Technology, 2003- 2004

Teaching:

Electromagnetic Field and Electromagnetic Wave, Signal and Linear System, Higher Electromagnetic Field

Selected Publications:

1. Chen P, Hauser D , Zou S, et al. Speckle Noise Spectrum atNear-Nadir Incidence Angles for a Time-Varying Sea Surface[J]. IEEETransactions on Geoscience and Remote Sensing, 2020, accepted    

2.Ping C, Gang Z, Hauser Danièle, et al. Quasi-Gaussianprobability density function of sea wave slopes from near nadir Ku-band radarobservations[J]. Remote Sensing of Environment,（IF=9.085） 2018,217:86-100. 

3.ChenPing*, Yin Qiaohua, Effect of non-Gaussian properties of the sea surface onthe low-incidence radar backscatter and its inversion in terms of wavespectra by an ocean wave spectrometer, Chinese Journal of Oceanology andLimnology, v 33, n 5, p 1142-56, Sept. 2015    

4.Dong, Tian-Lin,Chen, Boyuan,Li, Lin,Huang, Qi,Li, Jin,Li, Qingxia,Chen,Ping(*),A fast and stabilized method for gratings, IEEE Photonics TechnologyLetters, 2015, 27（3）：300-303                                                                                                      

5. Qi Huang,Tian-linDong,Boyuan Chen,Qingxia Li,Ping Chen(*),Vector Scattering from OneDimensional Periodic Perfectly Conducting Surface: TM Polarization,Journal ofthe Optical Society of America A,2014,31（10）：2321-2327                                                                                                 

6.Qi Huang,Tian-lin Dong,Boyuan Chen,Qingxia Li,Ping Chen(*),Vector scattering from onedimensional periodic perfectly conducting surface: TE polarization, Journal of Quantitative Spectroscopy and Radiative Transfer,2014, 134：85-90                                                                                                          

7. L. Li,T. L.Dong,P. Chen*(*), B. Y. Chen,Q. Huang, L. Lang, Q.X. Li,Transform Method for Dielectric Periodic Interface Scattering,ACES JOURNAL, 2012, 27（11）：897-902    

8.Ping Chen, Dan Xia, Boyuan Chen, Lin Li, Xiuzhong Li, Tian-lin Dong*, Ray-based modeling of reverberation in subsurface circular cylindricalvoid, JOURNAL OF APPLIED GEOPHYSICS, Mar. 2011                                                                                                          

9.Ping Chen, Ping Huang, Yanchun He, Congcong Wang, Qingxia Li, Liangqi Gui*,Quanliang Huang, Liang Lang, Yongchun Zheng, Xiongyao Li and Lei Hua, Effectsof slightly rough surfaces on the brightness temperature of the lunarregolith,RADIO SCIENCE,Jun. 2013    

10. Ping Chen* , Yan Tian , Lei Hua , Dawei Song , Qingxia Li,Quanliang Huang, Liangqi Gui, Second-order small perturbation method fortransmission from dielectric rough surfaces,WAVES IN RANDOM AND COMPLEXMEDIA,Nov. 2011    

11. Tian-lin Dong,Ping Chen*,Three-space-harmonic interaction indoubly sinusoidal periodic media,INTERNATIONAL JOURNAL OF INFRARED ANDMILLIMETER WAVES,Jun. 2006    

12. Tian-lin Dong, Ping Chen*, Filteringcharacteristics of doubly sinusoidal periodic media, INTERNATIONAL JOURNAL OFINFRARED AND MILLIMETER WAVES,Mar 2006    

Conference Papers       

1.Jianyang Si and Ping Chen,Effects of range bunching onmodulation spectrum measured by a wave scatterometer,CFOSAT 2nd InternationalScience Team Meeting,2021  

2.XuWang, Ping Chen, Daniele Hauser, Patricia Schippers, An empirical model of SWIM speckle noise spectrum,CFOSAT 2nd International Science TeamMeeting,2021    

3.YuhangHuang, Ping Chen, Daniele Hauser, Patricia Schippers,Estimation of Specklenoise spectrum around along-track direction by theoretical model for SWIMconfiguration,CFOSAT 2nd International Science Team Meeting,2021    

4. Liye Wang, Daniele Hauser, Ping Chen, THE INVERSION OF THENON-GAUSSIAN SLOPE PROBABILITY DENSITY FUNCTION OF THE OCEAN WAVES BY KUROSRADAR MEASUREMENTS, IGRASS 2016, July, Beijing    

5. Ping Chen, Daniele Hauser ,a Simulation study on remotesensing of QUasi-Gaussian sea wave slope by the wave spectrometer-SWIM,IGRASS 2016, July, Beijing     

6.Chi Liu,Ping Chen, THE RESEARCH ON MODELING DIELECTRIC CONSTANT OF LUNARREGOLITH FOR MICROWAVE BAND, IGRASS 2016, July, Beijing