An Algorithm for Predicting Customer Churn via BP Neural Network Based on Rough Set. - Xu E; Liangshan Shao; Xuedong Gao; Baofeng Zhai (APSCC, 2006)

Rough Set Research on Rule Extraction in Information Table. - Xu E; Shaocheng Tong; Liangshan Shao; Yongjun Li; Dianke Jiao (FSKD (3), 2007)

A Method for Rule Extraction by Discernible Vector. - Xu E; Liangshan Shao; Shaocheng Tong; Baiqing Ye (HCI (8), 2007)

Rough Set Approach for Processing Information Table. - Xu E; Shaocheng Tong; Liangshan Shao; Baiqing Ye (SNPD (3), 2007)

A Method Based on Rough Set for Decision Making. - Xu E; Shaocheng Tong; Yue-ling Jiang; Yun-fei Qiu; Fuming Sun; Gui-ying Wei (FSKD (2), 2008)

Approach to Missing Data Recovery. - Xu E; Shaocheng Tong; Yuan Wang; Shang Xu; Peng Li (ISECS, 2008)

Study on Rule Extraction Based on Rough Set in the Risk Management. - Xu E; Fuming Sun; Yizhi Zhang; Tiao Qu (FSKD (2), 2009)

A New Discretization Approach of Continuous Attributes. - Xu E; Liangshan Shao; Yongchang Ren; Hao Wu; Feng Qiu (APWCS, 2010)

A novel redundant attribute reduction method. - Xu E; Liangshan Shao; Wenge Ma; Hao Wu; Tao Qu (ICNC, 2010)

A New Method for Knowledge Acquisition from Incomplete Information System Based on Rough Set. - Xu E; Quantie Wang; Fuming Sun; Yongchang Ren (ISIA, 2010)

Design and Implementation on the New Method of Water-Containing Measure for Grain. - Baofeng Zhai; Xu E; Quantie Wang; Yizhi Zhang (ISIA, 2010)

Research on Preprocess Approach for Uncertain System Based on Rough Set. - Xu E; Lijin Fan; Sheng Li; Jiaxin Yang; Hao Wu; Tao Qu; Haijun Mu (ICSI (2), 2010)

Dominant set and target clique extraction. - Jian Hou 001; Xu E; Lei Chi; Qi Xia 005; Naiming Qi (ICPR, 2012)

A New Method of Attribute Reduction Based On Information Quantity in An Incomplete System. - Xu E; Yuqiang Yang; Yongchang Ren (J. Softw., 2012)

DSET++: A robust clustering algorithm. - Jian Hou 001; Xu E; Lei Chi; Qi Xia 005; Naiming Qi (ICIP, 2013)

A density-based enhancement to dominant sets clustering. - Jian Hou 001; Xu E; Wei-Xue Liu; Qi Xia 005; Naiming Qi (IET Comput. Vis., 2013)

An experimental study on the universality of visual vocabularies. - Jian Hou 001; Wei-Xue Liu; Xu E; Qi Xia 005; Naiming Qi (J. Vis. Commun. Image Represent., 2013)

Robust Clustering Based on Dominant Sets. - Jian Hou 001; Xu E; Lei Chi; Qi Xia 005; Naiming Qi (ICPR, 2014)

A Novel Multi-Path Routing Algorithm Based on Clustering for Wireless Mesh Networks. - Chunxiao Liu; Yan Zhang; Xu E; Yuqiang Yang; Xu-Hui Zhao (KSII Trans. Internet Inf. Syst., 2014)

Density Based Cluster Extension and Dominant Sets Clustering. - Jian Hou 001; Chunshi Sha; Xu E; Qi Xia 005; Naiming Qi (GbRPR, 2015)

A common control channel selection algorithm for cognitive wireless mesh networks. - Chunxiao Liu; Dawei Sun 001; Shifeng Li; Xu E (Int. J. Wirel. Mob. Comput., 2015)

Evaluating classifier combination in object classification. - Jian Hou 001; Xu E; Qi Xia 005; Naiming Qi (Pattern Anal. Appl., 2015)

Density Based Clustering via Dominant Sets. - Jian Hou 001; Wei-Xue Liu; Xu E (ANNPR, 2016)

Density Based Dominant Sets Growing and Clustering. - Jian Hou 001; Xu E; Hongxia Cui (EMS, 2016)

Towards parameter-independent data clustering and image segmentation. - Jian Hou 001; Wei-Xue Liu; Xu E; Hongxia Cui (Pattern Recognit., 2016)

An Improved Density Peak Clustering Algorithm. - Jian Hou 001; Xu E (IDEAL, 2017)

A Target Dominant Sets Clustering Algorithm. - Jian Hou 001; Chengcong Lv; Aihua Zhang 003; Xu E (ICANN (2), 2018)

Enhancing Cluster Center Identification in Density Peak Clustering. - Jian Hou 001; Aihua Zhang 003; Chengcong Lv; Xu E (KSEM (1), 2018)

Density Based Cluster Growing via Dominant Sets. - Jian Hou 001; Xu E; Wei-Xue Liu (Neural Process. Lett., 2018)

Merging DBSCAN and Density Peak for Robust Clustering. - Jian Hou 001; Chengcong Lv; Aihua Zhang 003; Xu E (ICANN (4), 2019)

Prediction of environmental factors in seafood cold chain transportation based on IAGA-ELM algorithm. - Xu E; Yujia Jin; Yinong Chen; Shenghui Zhao; Yang Wang (Int. J. Simul. Process. Model., 2023)