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. 2009 Sep 17;11(1):113–131. doi: 10.1007/s10162-009-0185-8

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© The Author(s) 2009

This article is distributed under the terms of the Creative Commons Attribution Noncommercial License which permits any noncommercial use, distribution, and reproduction in any medium, provided the original author(s) and source are credited.

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FIG. 7 — Predictions based on interaural correlation in a 100-Hz-wide noise band centered at 500 Hz (see text). Symbols are the data from listener A, replotted from Figure 5. Line styles and symbols indicate the type of binaural modulation: mixed (dash-dotted line, downward pointing triangles); binaural AM (solid line, squares), and binaural QFM (dashed line, circles). Black symbols and horizontal lines are the control conditions as in Figure 5. In A, interaural correlation was computed directly from the filtered waveforms. In B, the filtered waveforms were subjected to a compressive power law (0.25 dB/dB) prior to computing the correlation. Note that the solid and dashed lines in A coincide, because the predictions for (N0Sπ)_a and are identical. In B, on the other hand, the dashed and dash-dotted lines largely overlap, because the predictions for (N0Sπ)_ϕ and (N0Sπ)_mx are very similar.

Inline graphic — Predictions based on interaural correlation in a 100-Hz-wide noise band centered at 500 Hz (see text). Symbols are the data from listener A, replotted from Figure 5. Line styles and symbols indicate the type of binaural modulation: mixed (dash-dotted line, downward pointing triangles); binaural AM (solid line, squares), and binaural QFM (dashed line, circles). Black symbols and horizontal lines are the control conditions as in Figure 5. In A, interaural correlation was computed directly from the filtered waveforms. In B, the filtered waveforms were subjected to a compressive power law (0.25 dB/dB) prior to computing the correlation. Note that the solid and dashed lines in A coincide, because the predictions for (N0Sπ)_a and are identical. In B, on the other hand, the dashed and dash-dotted lines largely overlap, because the predictions for (N0Sπ)_ϕ and (N0Sπ)_mx are very similar.