[3] Jianjuan Liang, Yongfeng Cao*, Caixia Su, Research on high resolution synthetic aperture radar image urban scene classification based on local semantic representation, IEEE ICSP2012, Oct.21-25, Beijing, China.
[4] Guofeng Sheng, Wen Yang, Xingping Deng, Chu He, Yongfeng Cao, Hong Sun, Coastline detection in synthetic Aperture radar(SAR) images by integrating watershed transformation and controllable gradient vector flow (GVF) snake model, IEEE Joural of Ocean Engineering, 37(3),pp.375-383, 2012
[5] Hui Yin, Yongfeng Cao*, Hong Sun, Combining pyramid representation and AdaBoost for urban scene classification using high resolution SAR images,IET Radar, Sonar and Navigation, 2011, Vol.5(1): pp.58-64 (SCI)
[6] Rong Chen, Yongfeng Cao*, Hong Sun, Active sample-selecting and manifold learning-based relevance feedback method for synthetic aperture radar image retrieval, IET Radar, Sonar and Navigation , 2011,Vol.5(2):118-127(SCI)
[8] Yongfeng Cao, Caixia Su, Guangbin Yang, Detecting the number of buildings in a single high-resolution SAR image, European Journal of Remote Sensing, 47:513-535, 2014 (SCI)
[9] Yongfeng Cao, Caixia Su, Jianjuan Liang, Efficient Big-size Light Region Splitting Scheme for High-Resolution SAR Imagery, LNEE, Vol.217: 515-520,2013
[10] Yongfeng Cao, Caixia Su, Jianjuan Liang, Building unit density detection from high resolution terrasar-x image based on mathematical morphological operators, IEEE Geoscience and Remote Sensing Symposium 2012, Munich, German, 22-27, July 2012
[11] Yongfeng Cao, Caixia Su, Jianjuan Liang, High resolution SAR building detection with scene context priming, IEEE ICSP 2012, Oct.21-25, Beijing, China
[12] Caixia Su, Yongfeng Cao*, Jianjuan Liang, Extracting building unit number information from high resolution SAR images with regression model, ICCIS2012, August 17-19,Chongqing, China.