作者: V. Salai Selvam , S. Shenbagadevi , V. Padhma , D. Sujatha , R. Sharmila
DOI: 10.1007/978-3-642-29216-3_55
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摘要: In many practical applications or experiments the signals of interest are often recorded at a sampling rate much higher than required Nyquist (twice signal bandwidth interest), resulting redundant and irrelevant information in data. This causes ICA process to “concede” some source components consume more processing time memory. The methods proposed overcome these problems. performances first evaluated using inference-to-signal ratios (ISRs) correlations (CRs) between simulated their estimates obtained by direct application speed convergence (SOC) ICA. Then tested real scalp EEG records as well.