Parallel-Inception CNN Approach for Facial sEMG based Silent Speech Recognition. - Jinghan Wu; Tao Zhao; Yakun Zhang 002; Liang Xie 012; Ye Yan 001; Erwei Yin (EMBC, 2021)

Six-layer Optimized Convolutional Neural Network for Lip Language Identification. - Yifei Qiao; Hongli Chen; Xi Huang; Juan Lei; Xiangyu Cheng; Huibao Huang; Jinghan Wu; Xianwei Jiang (EAI Endorsed Trans. e Learn., 2021)

Robust landmark graph-based clustering for high-dimensional data. - Ben Yang; Jinghan Wu; Aoran Sun; Naying Gao; Xuetao Zhang 001 (Neurocomputing, 2022)

A novel silent speech recognition approach based on parallel inception convolutional neural network and Mel frequency spectral coefficient. - Jinghan Wu; Yakun Zhang 002; Liang Xie 012; Ye Yan 001; Xu Zhang 002; Shuang Liu 004; Xingwei An; Erwei Yin; Dong Ming (Frontiers Neurorobotics, 2022)

Robust anchor-based multi-view clustering via spectral embedded concept factorization. - Ben Yang; Jinghan Wu; Xuetao Zhang 001; Zhiping Lin 001; Feiping Nie 001; Badong Chen (Neurocomputing, 2023)

EMG-Based Cross-Subject Silent Speech Recognition Using Conditional Domain Adversarial Network. - Yakun Zhang 002; Huihui Cai; Jinghan Wu; Liang Xie 012; Minpeng Xu; Dong Ming; Ye Yan 001; Erwei Yin (IEEE Trans. Cogn. Dev. Syst., 2023)

SHR: Enhancing Event Argument Extraction Ability of Large language Models with Simple-Hard Refining. - Jinghan Wu; Chunhong Zhang; Zheng Hu 001; Jibin Yu (IEEE Big Data, 2024)

Correntropy-Based Bipartite Graph Factorization for Clustering. - Shangzong Yang; Ben Yang; Jinghan Wu; Zhiyuan Xue; Xuetao Zhang 001 (ICIRA (10), 2024)

Fast correntropy-based multi-view clustering with prototype graph factorization. - Ben Yang; Jinghan Wu; Xuetao Zhang 001; Zhiping Lin 001; Feiping Nie 001; Badong Chen (Inf. Sci., 2024)

Efficient correntropy-based multi-view clustering with alignment discretization. - Jinghan Wu; Ben Yang; Jiaying Liu 014; Xuetao Zhang 001; Zhiping Lin 001; Badong Chen (Knowl. Based Syst., 2024)

Fast multi-view clustering via correntropy-based orthogonal concept factorization. - Jinghan Wu; Ben Yang; Zhiyuan Xue; Xuetao Zhang 001; Zhiping Lin 001; Badong Chen (Neural Networks, 2024)

Robust spectral embedded bilateral orthogonal concept factorization for clustering. - Ben Yang; Jinghan Wu; Yu Zhou 049; Xuetao Zhang 001; Zhiping Lin 001; Feiping Nie 001; Badong Chen (Pattern Recognit., 2024)

Anchor-graph regularized orthogonal concept factorization for document clustering. - Ben Yang; Zhiyuan Xue; Jinghan Wu; Xuetao Zhang 001; Feiping Nie 001; Badong Chen (Neurocomputing, 2024)

Discrete correntropy-based multi-view anchor-graph clustering. - Ben Yang; Jinghan Wu; Xuetao Zhang 001; Xinhu Zheng; Feiping Nie 001; Badong Chen (Inf. Fusion, 2024)

Scalable sparse bipartite graph factorization for multi-view clustering. - Jinghan Wu; Ben Yang; Shangzong Yang; Xuetao Zhang 001; Badong Chen (Expert Syst. Appl., 2025)

MsDUNE: A multi-scale masked temporal fusion framework for speaker-independent lipreading via Dirichlet uncertainty estimation. - Jinghan Wu; Xingwei An; Yakun Zhang 002; Changyan Zheng; Xingyu Zhang; Liang Xie 012; Erwei Yin (Neural Networks, 2025)

AVE Speech Dataset: A Comprehensive Benchmark for Multi-Modal Speech Recognition Integrating Audio, Visual, and Electromyographic Signals. - Dongliang Zhou; Yakun Zhang 002; Jinghan Wu; Xingyu Zhang; Liang Xie 012; Erwei Yin (CoRR, 2025)

DuAGNet: an unrestricted multimodal speech recognition framework using dual adaptive gating fusion. - Jinghan Wu; Yakun Zhang 002; Meishan Zhang; Changyan Zheng; Xingyu Zhang; Liang Xie 012; Xingwei An; Erwei Yin (Appl. Intell., 2025)

Fast Multiview Anchor-Graph Clustering. - Ben Yang; Xuetao Zhang 001; Jinghan Wu; Feiping Nie 001; Zhiping Lin 001; Fei Wang 008; Badong Chen (IEEE Trans. Neural Networks Learn. Syst., 2025)

Scalable Min-Max Multi-View Spectral Clustering. - Ben Yang; Xuetao Zhang 001; Jinghan Wu; Feiping Nie 001; Fei Wang 008; Badong Chen (IEEE Trans. Knowl. Data Eng., 2025)

AVE Speech: A Comprehensive Multimodal Dataset for Speech Recognition Integrating Audio, Visual, and Electromyographic Signals. - Dongliang Zhou; Yakun Zhang 002; Jinghan Wu; Xingyu Zhang; Liang Xie 012; Erwei Yin (IEEE Trans. Hum. Mach. Syst., 2025)