Concurrent mental activities affect ERPs and impair performance of ERP-spellers. - Yufeng Ke; Peiyuan Wang; Yuqian Chen; Bin Gu 002; Hongzhi Qi; Peng Zhou 001; Dong Ming (NER, 2015)

The effects of cognitive parallel task with varying memory load on motor imagery BCI. - Bin Gu 002; Long Chen 017; Yufeng Ke; Shuang Liu 004; Jiabei Tang; Zhongpeng Wang; Yijie Zhou; Haiqing Yu; Dong Ming (iCAST, 2017)

EEG-based emotion recognition using nonlinear feature. - Jingjing Tong; Shuang Liu 004; Yufeng Ke; Bin Gu 002; Feng He 005; Baikun Wan; Dong Ming (iCAST, 2017)

Enhancement of cortical activation for motor imagery during BCI-FES training*. - Zhongpeng Wang; Long Chen 017; Weibo Yi; Bin Gu 002; Shuang Liu 004; Xingwei An; Minpeng Xu; Hongzhi Qi; Feng He 005; Baikun Wan; Dong Ming (EMBC, 2018)

A Multiuser Collaborative Strategy for MI-BCI System. - Yijie Zhou; Bin Gu 002; Tingfei Dai; Zhongpeng Wang; Xizi Song; Minpeng Xu; Feng He 005; Dong Ming (DSP, 2018)

A visual-haptic neurofeedback training improves sensorimotor cortical activations and BCI performance. - Zhongpeng Wang; Yijie Zhou; Long Chen 017; Bin Gu 002; Shuang Liu 004; Minpeng Xu; Hongzhi Qi; Feng He 005; Dong Ming (EMBC, 2019)

The effects of varying levels of mental workload on motor imagery based brain-computer interface. - Bin Gu 002; Long Chen 017; Yufeng Ke; Yijie Zhou; Haiqing Yu; Kun Wang 053; Dong Ming (Int. J. Embed. Syst., 2020)

The effects evaluation of a long-term neurofeedback training using coupling EEG-EMG features. - Feng He 005; Beibei He; Zhongpeng Wang; Long Chen 017; Bin Gu 002; Shuang Liu 004; Minpeng Xu; Dong Ming (NER, 2021)

Integrating EEG and NIRS improves BCI performance during motor imagery. - Zhongpeng Wang; Cong Cao; Yijie Zhou; Long Chen 017; Bin Gu 002; Shuang Liu 004; Minpeng Xu; Feng He 005; Dong Ming (NER, 2021)

Incorporating EEG and EMG Patterns to Evaluate BCI-Based Long-Term Motor Training. - Zhongpeng Wang; Beibei He; Yijie Zhou; Long Chen 017; Bin Gu 002; Shuang Liu 004; Minpeng Xu; Feng He 005; Dong Ming (IEEE Trans. Hum. Mach. Syst., 2022)

Influence of Transcutaneous Vagus Nerve Stimulation on Motor Planning: A Resting-State and Task-State EEG Study. - Long Chen 017; Jiatong He; Jiasheng Zhang; Zhongpeng Wang; Lei Zhang 177; Bin Gu 002; Xiuyun Liu; Dong Ming (IEEE J. Biomed. Health Informatics, 2024)

Enhancing Motor Sequence Learning via Transcutaneous Auricular Vagus Nerve Stimulation (taVNS): An EEG Study. - Long Chen 017; Chenghu Tang; Zhongpeng Wang; Lei Zhang 177; Bin Gu 002; Xiuyun Liu; Dong Ming (IEEE J. Biomed. Health Informatics, 2024)