brian2hears
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  • Introduction
  • Sounds
  • Filter chains
  • Connecting with Brian
  • Plotting
  • Online computation
  • Buffering interface
  • Library
  • Head-related transfer functions
  • Reference documentation
  • Examples
    • Sounds
    • Cochleagram
    • Online computation
    • Logarithmic Gammachirp filters
    • Linear Gammachirp filters
    • Auditory nerve fibre model
    • Gammatone filters
    • HRTFs
    • Approximate Gammatone filters
    • Cochlear models
    • Butterworth filters
    • Artificial Vowels
    • IIR filterbank
    • Dual resonance nonlinear filter (DRNL)
    • Time varying filter (1)
    • Time varying filter (2)
    • Sound localisation model
    • Compressive Gammachirp filter (DCGC)
    • Response area and phase response in the Tan&Carney model
    • Spiking output of the Tan&Carney model
    • CF-dependence of compressive nonlinearity in the Tan&Carney model
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Examples¶

Sounds

Sounds

Cochleagram

Cochleagram

Online computation

Online computation

Logarithmic Gammachirp filters

Logarithmic Gammachirp filters

Linear Gammachirp filters

Linear Gammachirp filters

Auditory nerve fibre model

Auditory nerve fibre model

Gammatone filters

Gammatone filters

HRTFs

HRTFs

Approximate Gammatone filters

Approximate Gammatone filters

Cochlear models

Cochlear models

Butterworth filters

Butterworth filters

Artificial Vowels

Artificial Vowels

IIR filterbank

IIR filterbank

Dual resonance nonlinear filter (DRNL)

Dual resonance nonlinear filter (DRNL)

Time varying filter (1)

Time varying filter (1)

Time varying filter (2)

Time varying filter (2)

Sound localisation model

Sound localisation model

Compressive Gammachirp filter (DCGC)

Compressive Gammachirp filter (DCGC)

Tan&Carney (2003)¶

Tan, Q., and L. H. Carney.
“A Phenomenological Model for the Responses of Auditory-nerve Fibers. II. Nonlinear Tuning with a Frequency Glide”. The Journal of the Acoustical Society of America 114 (2003): 2007.
Response area and phase response in the Tan&Carney model

Response area and phase response in the Tan&Carney model

Spiking output of the Tan&Carney model

Spiking output of the Tan&Carney model

CF-dependence of compressive nonlinearity in the Tan&Carney model

CF-dependence of compressive nonlinearity in the Tan&Carney model

Download all examples in Python source code: auto_examples_python.zip
Download all examples in Jupyter notebooks: auto_examples_jupyter.zip

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