脑电中的混沌

[1] Uber das elektrenkephalogram des menschen. Berger H. Arch.Psychiat. Nervenkrankheit . 1929

[2] Electroencephalogram and visual evokedpotential generation in a mathematical model of coupled corticalcolumns. Jansen BH,Rit VG. Biological Cybernetics . 1995

[3] The Fractal Dimension of EEG as a PhysicalMeasure of Conscious Human Brain Activities. Nan X,Jinghua X. Bulletin ofMathematical Biol . 1988

[4] Geometry from atime series. Packard NH,Cruhchfield JP,Farm JD et al. Physical Review Letters .

[5] A comparativestudy of the experimental quantification of deterministic chaos. Destexhe A,Sepulchre JH,Babloyantz A. Physics Letters A . 1988

[6] Takens versus multichannel reconstruction in EEGcorrelation exponent estimates. Dvorak I. Physics Letters A . 1990

[7] The nature of dominant Lyapunovexponent and attractor dimension curves of EEG in sleep. Pradhan N,Sadasivan Pk. Computers in Biology and Medicine . 1996

[8] Entropy quantification ofhuman brain spatio-temporal dynamics. Pezard L,Martinerie J,Varela FJ et al. Physica D Nonlinear Phenomena . 1996

[9] Testing for nonlinearity in time series: the method of surrogate data. Theiler J,Eubank S,Longtin A,et al. Physica D Nonlinear Phenomena . 1992

[10] 混沌序列的非线性预测 [J]. 自然杂志, 1997, (01) : 10 - 13

[1] Uber das elektrenkephalogram des menschen. Berger H. Arch.Psychiat. Nervenkrankheit . 1929

[2] Electroencephalogram and visual evokedpotential generation in a mathematical model of coupled corticalcolumns. Jansen BH,Rit VG. Biological Cybernetics . 1995

[3] The Fractal Dimension of EEG as a PhysicalMeasure of Conscious Human Brain Activities. Nan X,Jinghua X. Bulletin ofMathematical Biol . 1988

[4] Geometry from atime series. Packard NH,Cruhchfield JP,Farm JD et al. Physical Review Letters .

[5] A comparativestudy of the experimental quantification of deterministic chaos. Destexhe A,Sepulchre JH,Babloyantz A. Physics Letters A . 1988

[6] Takens versus multichannel reconstruction in EEGcorrelation exponent estimates. Dvorak I. Physics Letters A . 1990

[7] The nature of dominant Lyapunovexponent and attractor dimension curves of EEG in sleep. Pradhan N,Sadasivan Pk. Computers in Biology and Medicine . 1996

[8] Entropy quantification ofhuman brain spatio-temporal dynamics. Pezard L,Martinerie J,Varela FJ et al. Physica D Nonlinear Phenomena . 1996

[9] Testing for nonlinearity in time series: the method of surrogate data. Theiler J,Eubank S,Longtin A,et al. Physica D Nonlinear Phenomena . 1992

[10] 混沌序列的非线性预测 [J]. 自然杂志, 1997, (01) : 10 - 13