Windows/DOS downloads

In most of these downloads you'll find a read.me file.

• Cochlear Mechanics - A series of animations showing the influence of outer hair cell contraction on cochlear mechanics. Thanks to Stephen Neely for supplying the program.
• Filter fitting - These programs estimate auditory filter shapes from notched-noise data. The filters are assumed to have a rounded-exponential shape, and models of various complexity can be fitted depending on the type of data available.
• Excitation Patterns - these programs calculate excitation patterns from the spectrum. See Moore, Glasberg & Baer (1997)"A Model for the Prediction of Thresholds, Loudness and Partial Loudness", J.Audio.Eng.Soc. 45 224-240
• Loudness model (normal hearing) - these programs calculate loudness from the spectrum of a sound for a normal ear. See Moore, Glasberg & Baer (1997)"A Model for the Prediction of Thresholds, Loudness and Partial Loudness", J.Audio.Eng.Soc. 45 224-240
• Loudness model (normal & impaired hearing) - these programs calculate loudness from the spectrum of a sound for a normal or impaired ear. See Moore & Glasberg (1997) "A Model of Loudness Perception Applied to Cochlear Hearing Loss", Auditory Neuroscience 3 289-311
• Loudness model calculated according to ANSI S3.4-2007. - this program calculates loudness from the spectrum of a sound for normally-hearing people according to ANSI S3.4-2007.
  Glasberg, B.R. and Moore, B.C.J.(2006)"Prediction of absolute thresholds ....." J,Acoust.Soc.Am. 120, 585-588
• Time-Varying Loudness - these programs are those used in
  Glasberg, B.R. and Moore, B.C.J.(2002) "A Model of Loudness Applicable to Time-Varying Sounds", J.Audio.Eng.Soc.,50, 331-342
• Recruitment simulation " Fairly old programs, new on website"
  
• Changing Hz to ERBs - this program converts between Frequency in Hz, ERB and ERB number.

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