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morlet wavelet time frequency analyses  (MathWorks Inc)


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    MathWorks Inc morlet wavelet time frequency analyses
    Figure 3. Grand Mean Checkerboard SSVEP Amplitudes at Elec- trode POz Assessed via <t>Morlet</t> Wavelet Time-Frequency Transfor- mations. Time 0 indicates checkerboard onset. (A) Grand mean ERP averaged across CBS, MD and control groups. Note that the P1 peak is truncated and actually extends to 7.67 mV. ‘‘Fix.’’ indicates the fixation displays, ‘‘ch.’’ indicates checkerboards without letter arrays, and the numbers ‘‘1’’ – ‘‘12’’ above the x-axis indicate letter arrays with concurrent checkerboard stimulation. Yellow shading indicates the period analyzed in the foregoing FFT analyses. (B) Time-frequency amplitude heat map of the grand mean ERP averaged across groups. (C) Time-frequency subtraction heat maps. Superimposed black bars indicate statistically significant differences between the groups as determined via permutation testing (a = .05, two-tailed and corrected for multiple compari- sons across fundamental frequencies and contrasts). See also Figure S3.
    Morlet Wavelet Time Frequency Analyses, supplied by MathWorks Inc, used in various techniques. Bioz Stars score: 96/100, based on 898 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/morlet wavelet time frequency analyses/product/MathWorks Inc
    Average 96 stars, based on 898 article reviews
    morlet wavelet time frequency analyses - by Bioz Stars, 2026-06
    96/100 stars

    Images

    1) Product Images from "Stimulus-Driven Cortical Hyperexcitability in Individuals with Charles Bonnet Hallucinations."

    Article Title: Stimulus-Driven Cortical Hyperexcitability in Individuals with Charles Bonnet Hallucinations.

    Journal: Current biology : CB

    doi: 10.1016/j.cub.2018.08.058

    Figure 3. Grand Mean Checkerboard SSVEP Amplitudes at Elec- trode POz Assessed via Morlet Wavelet Time-Frequency Transfor- mations. Time 0 indicates checkerboard onset. (A) Grand mean ERP averaged across CBS, MD and control groups. Note that the P1 peak is truncated and actually extends to 7.67 mV. ‘‘Fix.’’ indicates the fixation displays, ‘‘ch.’’ indicates checkerboards without letter arrays, and the numbers ‘‘1’’ – ‘‘12’’ above the x-axis indicate letter arrays with concurrent checkerboard stimulation. Yellow shading indicates the period analyzed in the foregoing FFT analyses. (B) Time-frequency amplitude heat map of the grand mean ERP averaged across groups. (C) Time-frequency subtraction heat maps. Superimposed black bars indicate statistically significant differences between the groups as determined via permutation testing (a = .05, two-tailed and corrected for multiple compari- sons across fundamental frequencies and contrasts). See also Figure S3.
    Figure Legend Snippet: Figure 3. Grand Mean Checkerboard SSVEP Amplitudes at Elec- trode POz Assessed via Morlet Wavelet Time-Frequency Transfor- mations. Time 0 indicates checkerboard onset. (A) Grand mean ERP averaged across CBS, MD and control groups. Note that the P1 peak is truncated and actually extends to 7.67 mV. ‘‘Fix.’’ indicates the fixation displays, ‘‘ch.’’ indicates checkerboards without letter arrays, and the numbers ‘‘1’’ – ‘‘12’’ above the x-axis indicate letter arrays with concurrent checkerboard stimulation. Yellow shading indicates the period analyzed in the foregoing FFT analyses. (B) Time-frequency amplitude heat map of the grand mean ERP averaged across groups. (C) Time-frequency subtraction heat maps. Superimposed black bars indicate statistically significant differences between the groups as determined via permutation testing (a = .05, two-tailed and corrected for multiple compari- sons across fundamental frequencies and contrasts). See also Figure S3.

    Techniques Used: Control, Two Tailed Test



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    morlet wavelet time frequency analyses  (MathWorks Inc)
    96
    MathWorks Inc morlet wavelet time frequency analyses
    Figure 3. Grand Mean Checkerboard SSVEP Amplitudes at Elec- trode POz Assessed via <t>Morlet</t> Wavelet Time-Frequency Transfor- mations. Time 0 indicates checkerboard onset. (A) Grand mean ERP averaged across CBS, MD and control groups. Note that the P1 peak is truncated and actually extends to 7.67 mV. ‘‘Fix.’’ indicates the fixation displays, ‘‘ch.’’ indicates checkerboards without letter arrays, and the numbers ‘‘1’’ – ‘‘12’’ above the x-axis indicate letter arrays with concurrent checkerboard stimulation. Yellow shading indicates the period analyzed in the foregoing FFT analyses. (B) Time-frequency amplitude heat map of the grand mean ERP averaged across groups. (C) Time-frequency subtraction heat maps. Superimposed black bars indicate statistically significant differences between the groups as determined via permutation testing (a = .05, two-tailed and corrected for multiple compari- sons across fundamental frequencies and contrasts). See also Figure S3.
    Morlet Wavelet Time Frequency Analyses, supplied by MathWorks Inc, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/morlet wavelet time frequency analyses/product/MathWorks Inc
    Average 96 stars, based on 1 article reviews
    morlet wavelet time frequency analyses - by Bioz Stars, 2026-06
    96/100 stars
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    Image Search Results


    Figure 3. Grand Mean Checkerboard SSVEP Amplitudes at Elec- trode POz Assessed via Morlet Wavelet Time-Frequency Transfor- mations. Time 0 indicates checkerboard onset. (A) Grand mean ERP averaged across CBS, MD and control groups. Note that the P1 peak is truncated and actually extends to 7.67 mV. ‘‘Fix.’’ indicates the fixation displays, ‘‘ch.’’ indicates checkerboards without letter arrays, and the numbers ‘‘1’’ – ‘‘12’’ above the x-axis indicate letter arrays with concurrent checkerboard stimulation. Yellow shading indicates the period analyzed in the foregoing FFT analyses. (B) Time-frequency amplitude heat map of the grand mean ERP averaged across groups. (C) Time-frequency subtraction heat maps. Superimposed black bars indicate statistically significant differences between the groups as determined via permutation testing (a = .05, two-tailed and corrected for multiple compari- sons across fundamental frequencies and contrasts). See also Figure S3.

    Journal: Current biology : CB

    Article Title: Stimulus-Driven Cortical Hyperexcitability in Individuals with Charles Bonnet Hallucinations.

    doi: 10.1016/j.cub.2018.08.058

    Figure Lengend Snippet: Figure 3. Grand Mean Checkerboard SSVEP Amplitudes at Elec- trode POz Assessed via Morlet Wavelet Time-Frequency Transfor- mations. Time 0 indicates checkerboard onset. (A) Grand mean ERP averaged across CBS, MD and control groups. Note that the P1 peak is truncated and actually extends to 7.67 mV. ‘‘Fix.’’ indicates the fixation displays, ‘‘ch.’’ indicates checkerboards without letter arrays, and the numbers ‘‘1’’ – ‘‘12’’ above the x-axis indicate letter arrays with concurrent checkerboard stimulation. Yellow shading indicates the period analyzed in the foregoing FFT analyses. (B) Time-frequency amplitude heat map of the grand mean ERP averaged across groups. (C) Time-frequency subtraction heat maps. Superimposed black bars indicate statistically significant differences between the groups as determined via permutation testing (a = .05, two-tailed and corrected for multiple compari- sons across fundamental frequencies and contrasts). See also Figure S3.

    Article Snippet: Morlet wavelet time-frequency analyses were conducted using the Brainstorm MATLAB toolbox [41] (https://neuroimage.usc.edu/ brainstorm/).

    Techniques: Control, Two Tailed Test