个人信息
Personal information
教授 博士生导师 硕士生导师
在职信息：在职
所在单位：人工智能与自动化学院
学历：研究生(博士)毕业
学位：工学博士学位
学科：模式识别与智能系统- [21] Kunqian Li, Wenbing Tao*, Unsupervised Co-segmentation for Indefinite Number of Common Foreground Objects, IEEE Transactions on Image Processing[regular paper]. 25(4), 1898 - 1909, 2016..
- [22] Wenbing Tao*, Kun Sun, Robust Point Sets Matching by Fusing Feature and Spatial Information using Non-uniform Gauss Mixture Models, IEEE Transactions on Image Processing[regular paper], 24(11)：3754-3767, 2015..
- [23] Wenbing Tao*, Kunqian Li, Kun Sun, SaCoseg: Object Cosegmentation by Shape Conformability, IEEE Transactions on Image Processing [regular paper]. 24 (3), 943 – 955, 2015..
- [24] Wenbing Tao*, Iterative Narrow Band based Graph Cuts Optimization for Geodesic Active Contours with Region Forces (GACWRF), IEEE Transactions on Image Processing[regular paper], vol. 21(1): 284-296, 2012..
- [25] Shoudong Han, Wenbing Tao*, Desheng Wang, Xue-cheng Tai, Xianglin Wu. Image Segmentation Based on GrabCut Framework Integrating Multi-scale Nonlinear Structure Tensor. IEEE Transactions on Image Processing[regular paper]. vol. 18, no. 10, pp 2289-2302, Oct. 2009..
- [26] Kai Chen, Wenbing Tao*, Learning Linear Regression via Single Convolutional Layer for Visual Object Tracking, IEEE Transactions on Multimedia. 21(1):86-97, 2019 [regular paper]..
- [27] Kunqian Li, Wenbing Tao*, Adaptive Optimal Shape Prior for Easy Interactive Object Segmentation, IEEE Transactions on Multimedia[regular paper]. 17 (7), 994-1005, 2015..
- [28] Kai Chen, Wenbing Tao*, Once for All: a Two-flow Convolutional Neural Network for Visual Tracking, IEEE Transactions on Circuits and Systems for Video Technology. Vol.28(12), 2018. [regular paper].
- [29] Zhiguo Zhang, Wenbing Tao*, Pedestrian Detection in Binocular Stereo Sequence based on Appearance Consistency, IEEE Transactions on Circuits and Systems for Video Technology[regular paper]. , vol.26(9): 1772 – 1785, 2016..
- [30] Zhiguo Zhang, Wenbing Tao*, K. Sun, W. Hu, L. Yao, Pedestrian Detection Aided by Fusion of Binocular Information, Pattern Recognition. 60:227-238, 2016..