Towards Generic and Efficient Distributed Top-k Monitoring. - Biao Shi; Bo Deng; Limei Liu; Xiancheng Zhou (ScalCom-EmbeddedCom, 2009)

Weighted grid Principal Component Analysis hashing. - Xiancheng Zhou; Zhi-Qian Huang; Wing W. Y. Ng (ICMLC, 2014)

Bagging-boosting-based semi-supervised multi-hashing with query-adaptive re-ranking. - Wing W. Y. Ng; Xiancheng Zhou; Xing Tian; Xizhao Wang; Daniel S. Yeung (Neurocomputing, 2018)

Vector Field Convolution-Based B-Spline Deformation Model for 3D Segmentation of Cartilage in MRI. - Jinke Wang; Changfa Shi; Yuanzhi Cheng; Xiancheng Zhou; Shinichi Tamura (Symmetry, 2018)

Double biologically inspired transform network for robust palmprint recognition. - Kaijun Zhou; Xiancheng Zhou; Lingli Yu; Lizhi Shen; Shaoqian Yu (Neurocomputing, 2019)

Rotation and Translation Invariant Palmprint Recognition With Biologically Inspired Transform. - Xiancheng Zhou; Kaijun Zhou; Lizhi Shen (IEEE Access, 2020)

Bootstrap dual complementary hashing with semi-supervised re-ranking for image retrieval. - Xing Tian; Xiancheng Zhou; Wing W. Y. Ng; Jiayong Li; Hui Wang 001 (Neurocomputing, 2020)

Time-dependent vehicle routing problem with time windows of city logistics with a congestion avoidance approach. - Changshi Liu; Gang Kou; Xiancheng Zhou; Yi Peng 001; Huyi Sheng; Fawaz E. Alsaadi (Knowl. Based Syst., 2020)

Multi-slice low-rank tensor decomposition based multi-atlas segmentation: Application to automatic pathological liver CT segmentation. - Changfa Shi; Min Xian; Xiancheng Zhou; Haotian Wang 005; Heng-Da Cheng (Medical Image Anal., 2021)

Low-illumination Palmprint Image Enhancement Based on U-Net Neural Network. - Kaijun Zhou; Duojie Lu; Xiancheng Zhou; Guangnan Liu (CCBR, 2022)

Region of Interest Extraction for Closed Palm with Complex Background. - Kaijun Zhou; Xiaoyong Sun; Xiancheng Zhou; Qi Zeng (CCBR, 2023)

Gunet: a novel and efficient low-illumination palmprint image enhancement method. - Kaijun Zhou; Duojie Lu; Guangnan Liu; Xiancheng Zhou; Qin Yemei (Signal Image Video Process., 2024)