<p>Upper panel: EEG (on the left side) and ECG (on the right side) records selected for the time-frequency analysis (the y-axis units are μV). 10 half-waves selected for EEG analysis represent signal fragments between segmentation points indicated by vertical lines. 5 selected ECG half-waves correspond to the waveforms of P, Q, R, S and T components. Lower panel: normalized amplitude spectra (coloured lines) in comparison with Gaussian curves (black lines). The y-axis units are dimensionless.</p
1.1 The role of MEs and magnetic ux tube circuitry......... 5 1.2 The model for the generation of n...
<p>Upper row: Typical EEG trials associated with perception of ambiguous images illustrating (a) fir...
Abstract- Non-linear dimensional complexity estimates and indicating complexity of neuronal computat...
<p>(a) Coloured lines show typical computer reconstructions of the temporal evolution of particle po...
The bispectrum of a stationary stochastic process, which contains a wave component that is not sine-...
<p>(a) Exemplifies a piece-wise linear interpolation of half-wave function. (b) Shows construction o...
Probabilistic formalism of quantum mechanics is used to quantitatively link the global scale mass po...
<p>Normalised response amplitudes for the four AM conditions. For the lines in the left plot, and th...
The quantitative analysis of the electroencephalogram (EEG) relies heavily on methods of time series...
<p>Normalised response amplitudes for the four AM conditions. For the lines in the left plot, and th...
In this article a unified model of nerve pulse and EEG is discussed. a) In TGD Universe the fun...
The original signals are shown in Fig 2A. The EEG contains 111 channels, but for spatial reasons we ...
<p>Real EEG signal (top left), surrogate signal (bottom left), amplitude spectrum of the real signal...
Analysis of amplitude and phase characteristics for delta, theta, and alpha bands at localized time ...
This chapter is aimed at explaining the physiologic principles of EEG generation. It starts with bas...
1.1 The role of MEs and magnetic ux tube circuitry......... 5 1.2 The model for the generation of n...
<p>Upper row: Typical EEG trials associated with perception of ambiguous images illustrating (a) fir...
Abstract- Non-linear dimensional complexity estimates and indicating complexity of neuronal computat...
<p>(a) Coloured lines show typical computer reconstructions of the temporal evolution of particle po...
The bispectrum of a stationary stochastic process, which contains a wave component that is not sine-...
<p>(a) Exemplifies a piece-wise linear interpolation of half-wave function. (b) Shows construction o...
Probabilistic formalism of quantum mechanics is used to quantitatively link the global scale mass po...
<p>Normalised response amplitudes for the four AM conditions. For the lines in the left plot, and th...
The quantitative analysis of the electroencephalogram (EEG) relies heavily on methods of time series...
<p>Normalised response amplitudes for the four AM conditions. For the lines in the left plot, and th...
In this article a unified model of nerve pulse and EEG is discussed. a) In TGD Universe the fun...
The original signals are shown in Fig 2A. The EEG contains 111 channels, but for spatial reasons we ...
<p>Real EEG signal (top left), surrogate signal (bottom left), amplitude spectrum of the real signal...
Analysis of amplitude and phase characteristics for delta, theta, and alpha bands at localized time ...
This chapter is aimed at explaining the physiologic principles of EEG generation. It starts with bas...
1.1 The role of MEs and magnetic ux tube circuitry......... 5 1.2 The model for the generation of n...
<p>Upper row: Typical EEG trials associated with perception of ambiguous images illustrating (a) fir...
Abstract- Non-linear dimensional complexity estimates and indicating complexity of neuronal computat...