Prior artifact information based automatic artifact removal from EEG data. - Chi Zhang 008; Haibing Bu; Ying Zeng; Jingfang Jiang; Bin Yan 002; Jian-Xin Li (NER, 2015)

Single-trial ERP detecting for emotion recognition. - Jingfang Jiang; Ying Zeng; Li Tong; Chi Zhang 008; Bin Yan 002 (SNPD, 2016)

A CNN-based computational encoding model for human V1 cortex. - Yicong Hu; Kai Qiao; Li Tong; Chi Zhang 008; Hui Gao; Bin Yan 002 (ICACI, 2018)

Accurate reconstruction of image stimuli from human fMRI based on the decoding model with capsule network architecture. - Kai Qiao; Chi Zhang 008; Linyuan Wang 001; Bin Yan 002; Jian Chen 025; Lei Zeng; Li Tong (CoRR, 2018)

Constraint-free Natural Image Reconstruction from fMRI Signals Based on Convolutional Neural Network. - Chi Zhang 008; Kai Qiao; Linyuan Wang 001; Li Tong; Ying Zeng; Bin Yan 002 (CoRR, 2018)

Dissociable neural representations of adversarially perturbed images in deep neural networks and the human brain. - Chi Zhang 008; Xiaohan Duan; Linyuan Wang 001; Yongli Li; Bin Yan 002; Guoen Hu; Ruyuan Zhang; Li Tong (CoRR, 2018)

Accurate Reconstruction of Image Stimuli From Human Functional Magnetic Resonance Imaging Based on the Decoding Model With Capsule Network Architecture. - Kai Qiao; Chi Zhang 008; Linyuan Wang 001; Jian Chen 025; Lei Zeng; Li Tong; Bin Yan 002 (Frontiers Neuroinformatics, 2018)

An EEG-Based Person Authentication System with Open-Set Capability Combining Eye Blinking Signals. - Qunjian Wu; Ying Zeng; Chi Zhang 008; Li Tong; Bin Yan 002 (Sensors, 2018)

Investigating Patterns for Self-Induced Emotion Recognition from EEG Signals. - Ning Zhuang; Ying Zeng; Kai Yang; Chi Zhang 008; Li Tong; Bin Yan 002 (Sensors, 2018)

Different Goal-driven CNNs Affect Performance of Visual Encoding Models based on Deep Learning. - Ziya Yu; Chi Zhang 008; Linyuan Wang 001; Li Tong; Bin Yan 002 (ICBIP, 2019)

A visual encoding model based on deep neural networks and transfer learning. - Chi Zhang 008; Kai Qiao; Linyuan Wang 001; Li Tong; Guoen Hu; Ruyuan Zhang; Bin Yan 002 (CoRR, 2019)

End-to-End Image Reconstruction of Image from Human Functional Magnetic Resonance Imaging Based on the "Language" of Visual Cortex. - Ziya Yu; Kai Qiao; Chi Zhang 008; Linyuan Wang 001; Bin Yan 002 (ICCAI, 2020)

Altered task-special connectivity of hippocampus during rt-fMRI neurofeedback training of emotion regulation. - Huan Zhang; Hui Gao; Yashuo Zhu; Chi Zhang 008; Li Tong; Bin Yan 002 (ICIAI, 2020)

Effective and Efficient ROI-wise Visual Encoding Using an End-to-End CNN Regression Model and Selective Optimization. - Kai Qiao; Chi Zhang 008; Jian Chen 025; Linyuan Wang 001; Li Tong; Bin Yan 002 (HBAI@IJCAI, 2020)

A Comparative Analysis of Visual Encoding Models Based on Classification and Segmentation Task-Driven CNNs. - Ziya Yu; Chi Zhang 008; Linyuan Wang 001; Li Tong; Bin Yan 002 (Comput. Math. Methods Medicine, 2020)

BigGAN-based Bayesian reconstruction of natural images from human brain activity. - Kai Qiao; Jian Chen 025; Linyuan Wang 001; Chi Zhang 008; Li Tong; Bin Yan 002 (CoRR, 2020)

Neural encoding and interpretation for high-level visual cortices based on fMRI using image caption features. - Kai Qiao; Chi Zhang 008; Jian Chen 025; Linyuan Wang 001; Li Tong; Bin Yan 002 (CoRR, 2020)

An Enhanced HDCA Algorithm for Single-trial EEG Classification. - Xiyu Song 002; Ying Zeng; Jun Shu; Chi Zhang 008; Li Tong; Bin Yan 002 (CCEAI, 2021)

Shape Features Improve the Encoding Performance of High-level Visual Cortex. - Penghui Ding; Chi Zhang 008; Linyuan Wang 001; Jingwei Li; Li Tong (ISAIMS, 2021)

Dissociable Neural Representations of Adversarially Perturbed Images in Convolutional Neural Networks and the Human Brain. - Chi Zhang 008; Xiaohan Duan; Lin-Yuan Wang 001; Yong-Li Li; Bin Yan 002; Guoen Hu; Ru-Yuan Zhang; Li Tong (Frontiers Neuroinformatics, 2021)

Reconstructing natural images from human fMRI by alternating encoding and decoding with shared autoencoder regularization. - Kai Qiao; Jian Chen 025; Linyuan Wang 001; Chi Zhang 008; Li Tong; Bin Yan 002 (Biomed. Signal Process. Control., 2022)