… We next note that the equal loudness curves are non-linear mappings of the absolute
loudness from phones to dB. Hence to convert the gain, ΔD in dB for a given bark bin k, we write, …

… is 0.85Bark there. As another example, 1ERB is only 0.65Bark at 4kHz or less than 0.5Bark …
Apart from this, the question arises, how the specific loudness curves could be improved. It …

… in low frequency bands, bark∼’s reliance on the Bark scale is intended to make … loudness
curves. In three performance evaluations involving piano note onsets, it is shown that bark∼ …

… the critical bandwidth of both ERB and Bark is different. The main distinction presents in the
… the Bark’ are 100 and 160 Hz respectively. Fig. 2 shows that the specific loudness curves of …

… The specific loudness curves … Bark, from 2.4 to 8.4 Bark, and from 9.9 to 18.3 Bark, respectively.
The noises are digitally filtered in these frequency ranges. The specific loudness curves …

… The Bark frequency scale employed by the PLP model does not fit this same form but can …
that can be used directly to estimate equal loudness curves. By substituting a speciesspecific …

… loudness curves are related to frequency in Hertz, because of the incompatibility between
Bark … The generated equal loudness curves are displayed in the following diagram together …

… , absolute hearing thresholds, equal loudness curves, and time and frequency domain …
Our hearing model contains only a frequency mapping from Hertz to Bark, and a logarithmic …

… at 0 Bark [10] • the value of the 0 Bark filter Output Q0 is set equal to the value of the 1 Bark
… established psychological concepts of the critical band [6], equal loudness curves [121, and …

… This is the kind of information contained in equal loudness curves for the human ear [1]. …
single frame warped to the bark scale with a resolution of 0.321 Bark, with scaling relative to …