1674-862X
2009 Issue 1
..............page:1-2
real-time brain-computer interface system based on motor imagery
Tie-Jun Liu;Ping Yang;Xu-Yong Peng;Yu Huang;De-Zhong Yao
Tie-Jun Liu;Ping Yang;Xu-Yong Peng;Yu Huang;De-Zhong Yao
..............page:3-6
a study on ssvep-based bci
Zheng-Hua Wu;De-Zhong Yao
Zheng-Hua Wu;De-Zhong Yao
..............page:7-11
probabilistic methods in multi-class brain-computer interface
Ping Yang;Xu Lei;Tie-Jun Liu;Peng Xu;De-Zhong Yao
Ping Yang;Xu Lei;Tie-Jun Liu;Peng Xu;De-Zhong Yao
..............page:12-16
common spatial pattern ensemble classifier and its application in brain-computer interface
Xu Lei;Ping Yang;Peng Xu;Tie-Jun Liu;De-Zhong Yao
Xu Lei;Ping Yang;Peng Xu;Tie-Jun Liu;De-Zhong Yao
..............page:17-21
a miniature telemetric system for freely roaming animals
Zhan-Ping Wang;Chun-Peng Zhang;Guang-Zhan Fang;Yang Xia;Tie-Jun Liu;De-Zhong Yao
Zhan-Ping Wang;Chun-Peng Zhang;Guang-Zhan Fang;Yang Xia;Tie-Jun Liu;De-Zhong Yao
..............page:61-64
robot animals based on brain-computer interface
Yang Xia;Lei Lei;Tie-Jun Liu;De-Zhong Yao
Yang Xia;Lei Lei;Tie-Jun Liu;De-Zhong Yao
..............page:65-68
a study of electromyogram based on human-computer interface
Jun-Ru Ren;Tie-Jun Liu;Yu Huang;De-Zhong Yao
Jun-Ru Ren;Tie-Jun Liu;Yu Huang;De-Zhong Yao
..............page:69-73
analysis of brain activation during motor imagery based on fmri
Qin Yang;Wen Huang;Wei Liao;Hua-Fu Chen
Qin Yang;Wen Huang;Wei Liao;Hua-Fu Chen
..............page:74-77
fmri-bci: a review
Da-Huan Li;Qin Gao;Wei-Shuai Lü;Hua-Fu Chen
Da-Huan Li;Qin Gao;Wei-Shuai Lü;Hua-Fu Chen
..............page:78-81
effect of level of processing prior to response on cognitive control: evidence from erp
An-Tao Chen;Xu Lei;Yong-Xiu Lai;De-Zhong Yao
An-Tao Chen;Xu Lei;Yong-Xiu Lai;De-Zhong Yao
..............page:82-87
a study on melody tempo with eeg
Yuan Yuan;Yong-Xiu Lai;Dan Wu;De-Zhong Yao
Yuan Yuan;Yong-Xiu Lai;Dan Wu;De-Zhong Yao
..............page:88-91
simulation study of the dendritic effect on direct mri detection of neural electric event
Hong-Chuan Xiong;Ying-Ling Huang;Zhao-Tong Hu;De-Zhong Yao
Hong-Chuan Xiong;Ying-Ling Huang;Zhao-Tong Hu;De-Zhong Yao
..............page:92-95
..............page:96
an algorithm for idle-state detection and continuous classifier design in motor-imagery-based bci
Yu Huang;Qiang Wu;Xu Lei;Ping Yang;Peng Xu;De-Zhong Yao
Yu Huang;Qiang Wu;Xu Lei;Ping Yang;Peng Xu;De-Zhong Yao
..............page:27-33
listening to the brain in real time-the chengdu brainwave music
Dan Wu;Yang Liu;De-Zhong Yao
Dan Wu;Yang Liu;De-Zhong Yao
..............page:34-39
increased arousal levels and decreased sleep by brain music in rats
Guang-Zhan Fang;Chun-Peng Zhang;Dan Wu;Yang Xia;Yong-Xiu Lai;De-Zhong Yao
Guang-Zhan Fang;Chun-Peng Zhang;Dan Wu;Yang Xia;Yong-Xiu Lai;De-Zhong Yao
..............page:40-46
semi-supervised learning based on manifold in bci
Ji-Ying Zhong;Xu Lei;De-Zhong Yao
Ji-Ying Zhong;Xu Lei;De-Zhong Yao
..............page:22-26
a music preference test system for rats
Chun-Peng Zhang;Guang-Zhan Fang;Yang Xia;Tie-Jun Liu;De-Zhong Yao
Chun-Peng Zhang;Guang-Zhan Fang;Yang Xia;Tie-Jun Liu;De-Zhong Yao
..............page:51-55
design of an eeg preamplifier for brain-computer interface
Xian-Jie Pu;Tie-Jun Liu;De-Zhong Yao
Xian-Jie Pu;Tie-Jun Liu;De-Zhong Yao
..............page:56-60
enhancement of spatial learning-memory in developing rats via mozart music
Jian-Gao Yao;Yang Xia;Sheng-Jun Dai;Guang-Zhan Fang;Hua Guo;De-Zhong Yao
Jian-Gao Yao;Yang Xia;Sheng-Jun Dai;Guang-Zhan Fang;Hua Guo;De-Zhong Yao
..............page:47-50