Controlling chaos in a chaotic neural network. - Guoguang He; Zhitong Cao; Ping Zhu 008; Hisakazu Ogura (Neural Networks, 2003)

Controlling a chaotic neural network for information processing. - Yang Li 008; Ping Zhu 008; Xiaoping Xie; Hongping Chen; Kazuyuki Aihara; Guoguang He (Neurocomputing, 2013)

Sinusoidal modulation control method in a chaotic neural network. - Qihanyue Zhang; Xiaoping Xie; Ping Zhu 008; Hongping Chen; Guoguang He (Commun. Nonlinear Sci. Numer. Simul., 2014)

Multi-frequency sinusoidal wave control in a chaotic neural network. - Guoguang He; Chongchong Wang; Xiaoping Xie; Ping Zhu 008 (IJCNN, 2015)

Community synchronization of functional brain network with cognitive training. - Guiyang Lv; Kexin Ma 006; Ping Zhu 008; Feiyan Chen; Guoguang He (IJCNN, 2023)

The increase in brain network modularity leads to improved memory performance in the volitional eyes-closed state. - Guiyang Lv; Yi Zhang; Tianyong Xu; Jinhang Li; Changxiong Chi; Ping Zhu 008; Guoguang He (CogSci, 2025)

Understanding cognitive training from chaotic neural networks and phase space. - Jinhang Li; Guiyang Lv; Ping Zhu 008; Feiyan Chen; Guoguang He (IJCNN, 2025)

Brain dynamics simulation of schizophrenia with chaotic neural networks. - Guiyang Lv; Ping Zhu 008; Feiyan Chen; Kazuyuki Aihara; Guoguang He (Neurocomputing, 2025)

Reduced connection strength leads to enhancement of working memory capacity in cognitive training. - Guiyang Lv; Tianyong Xu; Jinhang Li; Ping Zhu 008; Feiyan Chen; Dong-Ping Yang; Guoguang He (NeuroImage, 2025)