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Two!Ears Auditory Model

A computational framework for modelling active exploratory listening that assigns meaning to auditory scenes

The Two!Ears Auditory Model consists of several stages for modeling active human listening. These stages include not only classical signal driven processing steps like you can find in the Auditory Modeling Toolbox. It comes also with a complete acoustical simulation framework for creating binaural ear signals for specified acoustical scenes. The classical auditory signal processing is further accompanied by a blackboard architecture that allows top-down processing and the inclusion of world knowledge to the model.

The actual release of the model is available at its official release page. For an extensive documentation on how to install and use the model have a look at its online documentation.

Partners

The model is being developed by the partners of the EU project Two!Ears.

Publications

A list of all project publications can be found on the project homepage. Additional material for some of the publications can be found in the papers repository.

License

If not otherwise stated inside single files the Two!Ears Auditory Model is licensed under GNU General Public License, version 2, and its parts available in the RoboticPlatform and the Tools folder are licensed under The BSD 2-Clause License.

Development

If you are interested in getting involved in the development of the Two!Ears model, please visit the development documentation page.

Funding

This project has received funding from the European Unionโ€™s Seventh Framework Programme for research, technological development and demonstration under grant agreement no 618075.

TWO!EARS's Projects

afc icon afc

Alternative Forced Choice rating GUI for Matlab, clone from

evaluation icon evaluation

Evaluate single components of the Two!Ears Auditory Model

examples icon examples

Two!Ears Auditory Model - Example applications

main icon main

Two!Ears Auditory Model - Main development repository

openafe icon openafe

C++ library to extract a subset of common auditory representations

papers icon papers

Supplementary material and software for corresponding publications

qr2matlab icon qr2matlab

Genom3 module : Reads QR codes from USB cam and sends the result to Matlab

rosafe icon rosafe

ROS implementation of the Auditory Front-End

sofa icon sofa

Fork of the HRTF SOFA API for Matlab

twoears icon twoears

Two!Ears Auditory Model - Official releases

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