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. 2017 Apr 5;2017:1742862. doi: 10.1155/2017/1742862

Table 1.

Preprocessing methods in different EEG paradigms.

EEG paradigms Authors Preprocessing methods
SSVEP Bevilacqua et al. [66] 2–60 Hz for band-pass filter, notch filter at 50 Hz
Müller-Putz and Pfurtscheller [21] 0.5–30 Hz for band-pass filter, notch filter at 50 Hz
Ortner et al. [67] 0.5–100 Hz for band-pass filter, notch filter at 50 Hz
Wu et al. [65] 0.3–40 Hz for band-pass filter
Muller et al. [37] 3–60 Hz for band-pass filter, CAR
Júnior et al. [68] CCA
Wang et al. [69] CCA
Zhang et al. [70] Multiset CCA
Nan et al. [71] MEC, CCA
Pouryazdian and Erfanian [72] PCA

P300 Rakotomamonjy and Guigue [73] 8-order, 0.1–10 Hz band-pass Chebyshev Type I filter
El Dabbagh and Fakhr [74] 8 order, 0.1–20 Hz band-pass Chebyshev Type I filter
Mak et al. [75] 0.5–30 Hz band-pass
Panicker et al. [38] 3 order, 0.5–12 Hz Butterworth filter
Lugo et al. [76] 0.1–30 Hz band-pass filter
Lotte et al. [77] 25 Hz low-pass filter
Li et al. [25] 1–10 Hz band-pass filter
Spüler et al. [78] 0.5–16 Hz band-pass filter, CAR
Casagrande et al. [79] CAR
Syan and Harnarinesingh [80] 10-order low-pass Hamming-window filter with 6 dB cutoff at 30 Hz, CAR, PCA

MI Park et al. [81] 5-order, 8–30 Hz Butterworth filter
Coyle et al. [22] R2CA with a standard 8–26 Hz band
Wang et al. [82] FB (Filter Bank) with 4–8,8–12,…, 36–40 Hz
Devlaminck et al. [83] A set of spatial filters
Ang et al. [84] FB
Li et al. [85] 8–30 Hz band-pass filter
Yao et al. [29] 8–26 Hz band-pass filter
Song et al. [39] 4-order Butterworth IIR filter, Laplacian filter
Wu and Ge [86] CAR, FIR (Finite Impulse Response) filter
Zhou et al. [87] 8–35 Hz band-pass filter, ICA
Sharma and Baron [88] PCA, tensor ICA
Bashar et al. [89] Autocorrelation