Maximum-likelihood based 3D acoustical signature estimation

  title={Maximum-likelihood based 3D acoustical signature estimation},
  author={Banu Gunel},
  journal={2014 22nd Signal Processing and Communications Applications Conference (SIU)},
An audio recording, made in a real environment, carries an acoustical signature which changes according to the acoustical characteristics of the environment and the recording positions. This signature which is similar to a 3D room impulse response contains the directions, levels and arrival times of the direct source and reflections. Although it is easy to obtain reverberant recordings by convolving clean recordings with the acoustical signature, estimating the signature from any recording is a… CONTINUE READING

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