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erp data processing  (Compumedics Neuroscan)

 
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    Structured Review

    Compumedics Neuroscan erp data processing
    (A) Event-related potential <t>(ERP)</t> waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes Fz in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (B) ERP waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes C3 in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (C) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 300–500-ms early time window. (D) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 500–800-ms late time window. The scale bar in the bottom of the map indicates the maximum and minimum of the voltage range. (E) Schematic maps with the highlighted sites employed to analyze the intact/rearranged effects of 300–500-ms and 500–800-ms time windows. LF, left frontal (F3); MF, middle frontal (Fz); RF, right frontal (F4); LC, left central (C3); MC, middle central (Cz); RC, right central (C4); LP, left parietal (P3); MP, middle parietal (Pz); RP, right parietal (P4).
    Erp Data Processing, supplied by Compumedics Neuroscan, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/erp data processing/product/Compumedics Neuroscan
    Average 90 stars, based on 1 article reviews
    erp data processing - by Bioz Stars, 2026-03
    90/100 stars

    Images

    1) Product Images from "Electrophysiological Correlates of Familiarity and Recollection in Associative Recognition: Contributions of Perceptual and Conceptual Processing to Unitization"

    Article Title: Electrophysiological Correlates of Familiarity and Recollection in Associative Recognition: Contributions of Perceptual and Conceptual Processing to Unitization

    Journal: Frontiers in Human Neuroscience

    doi: 10.3389/fnhum.2017.00125

    (A) Event-related potential (ERP) waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes Fz in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (B) ERP waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes C3 in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (C) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 300–500-ms early time window. (D) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 500–800-ms late time window. The scale bar in the bottom of the map indicates the maximum and minimum of the voltage range. (E) Schematic maps with the highlighted sites employed to analyze the intact/rearranged effects of 300–500-ms and 500–800-ms time windows. LF, left frontal (F3); MF, middle frontal (Fz); RF, right frontal (F4); LC, left central (C3); MC, middle central (Cz); RC, right central (C4); LP, left parietal (P3); MP, middle parietal (Pz); RP, right parietal (P4).
    Figure Legend Snippet: (A) Event-related potential (ERP) waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes Fz in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (B) ERP waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes C3 in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (C) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 300–500-ms early time window. (D) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 500–800-ms late time window. The scale bar in the bottom of the map indicates the maximum and minimum of the voltage range. (E) Schematic maps with the highlighted sites employed to analyze the intact/rearranged effects of 300–500-ms and 500–800-ms time windows. LF, left frontal (F3); MF, middle frontal (Fz); RF, right frontal (F4); LC, left central (C3); MC, middle central (Cz); RC, right central (C4); LP, left parietal (P3); MP, middle parietal (Pz); RP, right parietal (P4).

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    erp data processing  (Compumedics Neuroscan)
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    (A) Event-related potential <t>(ERP)</t> waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes Fz in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (B) ERP waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes C3 in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (C) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 300–500-ms early time window. (D) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 500–800-ms late time window. The scale bar in the bottom of the map indicates the maximum and minimum of the voltage range. (E) Schematic maps with the highlighted sites employed to analyze the intact/rearranged effects of 300–500-ms and 500–800-ms time windows. LF, left frontal (F3); MF, middle frontal (Fz); RF, right frontal (F4); LC, left central (C3); MC, middle central (Cz); RC, right central (C4); LP, left parietal (P3); MP, middle parietal (Pz); RP, right parietal (P4).
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    erp data processing software neuroscan 4.3  (Compumedics Neuroscan)
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    Image Search Results


    (A) Event-related potential (ERP) waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes Fz in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (B) ERP waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes C3 in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (C) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 300–500-ms early time window. (D) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 500–800-ms late time window. The scale bar in the bottom of the map indicates the maximum and minimum of the voltage range. (E) Schematic maps with the highlighted sites employed to analyze the intact/rearranged effects of 300–500-ms and 500–800-ms time windows. LF, left frontal (F3); MF, middle frontal (Fz); RF, right frontal (F4); LC, left central (C3); MC, middle central (Cz); RC, right central (C4); LP, left parietal (P3); MP, middle parietal (Pz); RP, right parietal (P4).

    Journal: Frontiers in Human Neuroscience

    Article Title: Electrophysiological Correlates of Familiarity and Recollection in Associative Recognition: Contributions of Perceptual and Conceptual Processing to Unitization

    doi: 10.3389/fnhum.2017.00125

    Figure Lengend Snippet: (A) Event-related potential (ERP) waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes Fz in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (B) ERP waveform for HP-HC, HP-LC, LP-HC and LP-LC at electrodes C3 in the 300–500-ms early time window (light bars) and the 500–800-ms time window (dark bars). (C) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 300–500-ms early time window. (D) Topographic maps illustrating the distribution of associative recognition differences (intact minus rearranged trials mean amplitudes) for HP-HC, HP-LC, LP-HC and LP-LC conditions during the 500–800-ms late time window. The scale bar in the bottom of the map indicates the maximum and minimum of the voltage range. (E) Schematic maps with the highlighted sites employed to analyze the intact/rearranged effects of 300–500-ms and 500–800-ms time windows. LF, left frontal (F3); MF, middle frontal (Fz); RF, right frontal (F4); LC, left central (C3); MC, middle central (Cz); RC, right central (C4); LP, left parietal (P3); MP, middle parietal (Pz); RP, right parietal (P4).

    Article Snippet: ERP data were collected and processed by Neuroscan software, and statistical analysis was performed using SPSS 20.0 statistical software.

    Techniques: