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Xinmin Tao
ORCID
Publication Activity (10 Years)
Years Active: 2019-2024
Publications (10 Years): 19
Top Topics
Kernel Fisher Discriminant Analysis
Support Vector
Particle Swarm
Imbalanced Data
Top Venues
Inf. Sci.
Knowl. Based Syst.
Expert Syst. Appl.
Neural Comput. Appl.
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Publications
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Xinmin Tao
,
Xiaohan Zhang
,
Yujia Zheng
,
Lin Qi
,
Zhiting Fan
,
Shan Huang
A MeanShift-guided oversampling with self-adaptive sizes for imbalanced data classification.
Inf. Sci.
672 (2024)
Xinmin Tao
,
Yiwei Wang
,
Yuqi Sun
,
Chunyu Du
,
Sai Tang
,
Junxuan Li
,
Deyong Ren
Heterogeneous teaching-learning based optimization with local search for the covering delivering problem in last mile delivery.
Expert Syst. Appl.
252 (2024)
Zhiyu Chen
,
Yuqi Sun
,
Dongliang Hu
,
Yangguang Bian
,
Shensen Wang
,
Xiyuan Zhang
,
Xinmin Tao
Semi-supervised Kernel Fisher discriminant analysis based on exponential-adjusted geometric distance.
Neural Comput. Appl.
36 (24) (2024)
Xinmin Tao
,
Xinyue Guo
,
Yujia Zheng
,
Xiaohan Zhang
,
Zhiyu Chen
Self-adaptive oversampling method based on the complexity of minority data in imbalanced datasets classification.
Knowl. Based Syst.
277 (2023)
Xinmin Tao
,
Yujia Zheng
,
Wei Chen
,
Xiaohan Zhang
,
Lin Qi
,
Zhiting Fan
,
Shan Huang
SVDD-based weighted oversampling technique for imbalanced and overlapped dataset learning.
Inf. Sci.
588 (2022)
Xinmin Tao
,
Yixuan Bao
,
Xiaohan Zhang
,
Tian Liang
,
Lin Qi
,
Zhiting Fan
,
Shan Huang
Regularized semi-supervised KLFDA algorithm based on density peak clustering.
Neural Comput. Appl.
34 (22) (2022)
Xinmin Tao
,
Wenjie Guo
,
Xiangke Li
,
Qing He
,
Rui Liu
,
Junrong Zou
Fitness peak clustering based dynamic multi-swarm particle swarm optimization with enhanced learning strategy.
Expert Syst. Appl.
191 (2022)
Xinmin Tao
,
Wei Chen
,
Xiangke Li
,
Xiaohan Zhang
,
Yetong Li
,
Jie Guo
The ensemble of density-sensitive SVDD classifier based on maximum soft margin for imbalanced datasets.
Knowl. Based Syst.
219 (2021)
Xinmin Tao
,
Wenjie Guo
,
Chao Ren
,
Qing Li
,
Qing He
,
Rui Liu
,
Junrong Zou
Density peak clustering using global and local consistency adjustable manifold distance.
Inf. Sci.
577 (2021)
Xinmin Tao
,
Xiangke Li
,
Wei Chen
,
Tian Liang
,
Yetong Li
,
Jie Guo
,
Lin Qi
Self-Adaptive two roles hybrid learning strategies-based particle swarm optimization.
Inf. Sci.
578 (2021)
Xinmin Tao
,
Wei Chen
,
Xiaohan Zhang
,
Wenjie Guo
,
Lin Qi
,
Zhiting Fan
SVDD boundary and DPC clustering technique-based oversampling approach for handling imbalanced and overlapped data.
Knowl. Based Syst.
234 (2021)
Xinmin Tao
,
Qing Li
,
Chao Ren
,
Wenjie Guo
,
Qing He
,
Rui Liu
,
Junrong Zou
Affinity and class probability-based fuzzy support vector machine for imbalanced data sets.
Neural Networks
122 (2020)
Xinmin Tao
,
Qing Li
,
Wenjie Guo
,
Chao Ren
,
Qing He
,
Rui Liu
,
Junrong Zou
Adaptive weighted over-sampling for imbalanced datasets based on density peaks clustering with heuristic filtering.
Inf. Sci.
519 (2020)
Xinmin Tao
,
Wenjie Guo
,
Qing Li
,
Chao Ren
,
Rui Liu
Multiple scale self-adaptive cooperation mutation strategy-based particle swarm optimization.
Appl. Soft Comput.
89 (2020)
Xinmin Tao
,
Ruotong Wang
,
Rui Chang
,
Chenxi Li
Density-sensitive fuzzy kernel maximum entropy clustering algorithm.
Knowl. Based Syst.
166 (2019)
Xinmin Tao
,
Ruotong Wang
,
Rui Chang
,
Chenxi Li
,
Rui Liu
,
Junrong Zou
Spectral clustering algorithm using density-sensitive distance measure with global and local consistencies.
Knowl. Based Syst.
170 (2019)
Xinmin Tao
,
Rui Chang
,
Chenxi Li
,
Ruotong Wang
,
Rui Liu
Density-sensitive Robust Fuzzy Kernel Principal Component Analysis technique.
Neurocomputing
329 (2019)
Xinmin Tao
,
Qing Li
,
Chao Ren
,
Wenjie Guo
,
Chenxi Li
,
Qing He
,
Rui Liu
,
Junrong Zou
Real-value negative selection over-sampling for imbalanced data set learning.
Expert Syst. Appl.
129 (2019)
Xinmin Tao
,
Qing Li
,
Wenjie Guo
,
Chao Ren
,
Chenxi Li
,
Rui Liu
,
Junrong Zou
Self-adaptive cost weights-based support vector machine cost-sensitive ensemble for imbalanced data classification.
Inf. Sci.
487 (2019)