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Multichannel audio is increasingly ubiquitous in consumer audio applications such as satellite radio broadcast systems, surround sound playback systems, multichannel audio streaming and other emerging applications. These applications often present a challenging bandwidth constraint making parametric multichannel coding schemes attractive. Several techniques have been proposed recently to address this problem. Here we present a novel low bit rate 5 channel encoding system that has shown promising results. This technique called the Immersive Soundfield Rendition (ISR) System emphasizes accurate reproduction of multi-band temporal envelope. The ISR system also incorporates a very low over-head (blind upmixing) mode. The proposed multichannel coding system has yielded promising results for multi-channel coding in the 0-12 kbps range. More information and audio demos will be available at http://ww.atc-labs.com/isr
Author (s): Dubey, Chandresh;
Ferreira, Anibel J. S.;
Gupta, Richa;
Sinha, Deepen;
Affiliation:
ATC Labs; University of Porto
(See document for exact affiliation information.)
AES Convention: 121
Paper Number:6875
Publication Date:
2006-10-06
Session subject:
Audio Coding
DOI:
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Dubey, Chandresh; Ferreira, Anibel J. S.; Gupta, Richa; Sinha, Deepen; 2006; A Novel Very Low Bit Rate Multi-Channel Audio Coding Scheme using Accurate Temporal Envelope Coding and Signal Synthesis Tools [PDF]; ATC Labs; University of Porto; Paper 6875; Available from: https://aes.org/publications/elibrary-page/?id=13709
Dubey, Chandresh; Ferreira, Anibel J. S.; Gupta, Richa; Sinha, Deepen; A Novel Very Low Bit Rate Multi-Channel Audio Coding Scheme using Accurate Temporal Envelope Coding and Signal Synthesis Tools [PDF]; ATC Labs; University of Porto; Paper 6875; 2006 Available: https://aes.org/publications/elibrary-page/?id=13709
@inproceedings{Dubey2006a,
title={{A Novel Very Low Bit Rate Multi-Channel Audio Coding Scheme using Accurate Temporal Envelope Coding and Signal Synthesis Tools}},
author={Dubey, Chandresh and Ferreira, Anibel J. S. and Gupta, Richa and Sinha, Deepen},
year={2006},
month={oct},
booktitle={Journal of the Audio Engineering Society},
publisher={Paper 6875; AES Convention 121; October 2006},
number={6875},
organization={AES},
}
TY – paper
TI – A Novel Very Low Bit Rate Multi-Channel Audio Coding Scheme using Accurate Temporal Envelope Coding and Signal Synthesis Tools
AU – Dubey, Chandresh
AU – Ferreira, Anibel J. S.
AU – Gupta, Richa
AU – Sinha, Deepen
PY – 2006
JO – Journal of the Audio Engineering Society
VL – 6875
Y1 – October 2006
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