Divergence-Based Locally Weighted Ensemble Clustering with Dictionary Learning and L2, 1-Norm. - Jiaxuan Xu 001; Jiang Wu 007; Taiyong Li; Yang Nan (Entropy, 2022)

Recursive lightweight convolutional neural networks that make noisy images purer and purer. - Jiayi Shi; Taiyong Li; Jiaxuan Xu 001 (Vis. Comput., 2023)

Enhancing Ensemble Clustering with Adaptive High-Order Topological Weights. - Jiaxuan Xu 001; Taiyong Li; Lei Duan (AAAI, 2024)

AgileAD: Anchor-Guided Contrastive Learning with a General Data Augmentation Strategy for Time Series Anomaly Detection. - Yulong Tian; Jiaxuan Xu 001; Jie Zuo; Lei Duan (ICTAI, 2024)

Ensemble clustering via dual self-enhancement by alternating denoising and topological consistency propagation. - Jiaxuan Xu 001; Taiyong Li; Jiang Wu 007; Duzhong Zhang (Appl. Soft Comput., 2024)

Adaptive weighted ensemble clustering via kernel learning and local information preservation. - Taiyong Li; Xiaoyang Shu; Jiang Wu 007; Qingxiao Zheng; Xi Lv; Jiaxuan Xu 001 (Knowl. Based Syst., 2024)

Ensemble clustering with low-rank optimal Laplacian matrix learning. - Jiaxuan Xu 001; Taiyong Li (Appl. Soft Comput., 2024)

Ensemble clustering via fusing global and local structure information. - Jiaxuan Xu 001; Taiyong Li; Duzhong Zhang; Jiang Wu 007 (Expert Syst. Appl., 2024)

Global-Memory and Local-Representation Based Framework for Streaming Anomaly Detection. - Yuejun Zhao; Jiaxuan Xu 001; Xinye Wang; Chengxin He; Shangyong Luo; Rui Lin; Lei Duan (APWeb-WAIM (1), 2025)

Dynamic Anchor-based Ensemble Clustering via Hypergraph Reconstruction. - Jiaxuan Xu 001; Lei Duan; Xinye Wang; Liang Du 003 (IJCAI, 2025)

Learning Decision Boundaries for Multidimensional Anomaly Detection. - Xinye Wang; Lei Duan; Lili Guan; Jiaxuan Xu 001; Chengxin He (IEEE Trans. Neural Networks Learn. Syst., 2025)

AURORA: An Adaptive Multi-granularity Graph Learning Framework for Drug Repositioning. - Yidan Zhang; Lei Duan; Huiru Zheng; Jiaxuan Xu 001 (DASFAA (3), 2026)

Topological-aware multiple kernel learning for ensemble clustering. - Jiaxuan Xu 001; Lei Duan; Xinye Wang; Liang Du 003 (Pattern Recognit., 2026)