Neural Information Processing

Decomposing EEG data into space–time–frequency components using Parallel Factor Analysis

Mathematics / Principal Component Analysis / Independent Component Analysis / Electroencephalography / Neuroimmunology / Visual Cortex / Brain / Humans / Neuroimage / Magnetic Resonance / Statistical Significance / Frontal Cortex / Mental processes / Eye Movements / Space Time / Artifacts / New record / Spectrum / Time Factors / Nonlinear Time Series Analysis / Indexation / Resting State / Cerebral Blood Flow / Time Domain / Neural Information Processing / Alpha Rhythm / Theta Rhythm / Time varying / Autoregressive model / Visual Cortex / Brain / Humans / Neuroimage / Magnetic Resonance / Statistical Significance / Frontal Cortex / Mental processes / Eye Movements / Space Time / Artifacts / New record / Spectrum / Time Factors / Nonlinear Time Series Analysis / Indexation / Resting State / Cerebral Blood Flow / Time Domain / Neural Information Processing / Alpha Rhythm / Theta Rhythm / Time varying / Autoregressive model

Decomposing EEG data into space–time–frequency components using Parallel Factor Analysis

Mathematics / Principal Component Analysis / Independent Component Analysis / Electroencephalography / Neuroimmunology / Visual Cortex / Brain / Humans / Neuroimage / Magnetic Resonance / Statistical Significance / Frontal Cortex / Mental processes / Eye Movements / Space Time / Artifacts / New record / Spectrum / Time Factors / Nonlinear Time Series Analysis / Indexation / Resting State / Cerebral Blood Flow / Time Domain / Neural Information Processing / Alpha Rhythm / Theta Rhythm / Time varying / Autoregressive model / Visual Cortex / Brain / Humans / Neuroimage / Magnetic Resonance / Statistical Significance / Frontal Cortex / Mental processes / Eye Movements / Space Time / Artifacts / New record / Spectrum / Time Factors / Nonlinear Time Series Analysis / Indexation / Resting State / Cerebral Blood Flow / Time Domain / Neural Information Processing / Alpha Rhythm / Theta Rhythm / Time varying / Autoregressive model

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