Simultaneous Channel Estimation and Joint Time-Frequency Domain Crosstalk Cancellation in Multichannel Personal Audio Systems

Harsh Tataria, Paul D. Teal, Mark A. Poletti, Terence Betlehem

Research output: Chapter in Book/Report/Conference proceedingConference contribution

2 Citations (Scopus)

Abstract

In this paper, we present two important contributions. The first is demonstration of the use of subliminal levels of pseudo-random noise to enhance channel estimation, and the second is a joint time and frequency domain algorithm for multichannel inversion. An adaptive system is presented where the acoustic channel is accurately estimated and utilized. In this implementation, maximum length sequences in the form of pseudo-random noise are superimposed on the source signals to aid the estimation quality of the acoustic channels. Upon estimation, crosstalk cancellation filters are designed using a time and frequency domain technique which uses a window to achieve more efficient and effective cancellation of crosstalk. For a 3x2 crosstalk system, the presented results show the improvement in channel estimation quality when low levels of maximum length sequences are superimposed on the source signals. On average -25dB of crosstalk cancellation is achieved.
Original languageEnglish
Title of host publicationIEEE International Workshop on Statistical Signal Processing 2014 (SSP 2014)
Pages488-491
Number of pages4
DOIs
Publication statusPublished - 29 Jun 2014
EventIEEE International Workshop on Statistical Signal Processing 2014 (SSP 2014) - Gold Coast, Australia
Duration: 29 Jun 201402 Jul 2014
http://www.ee.unimelb.edu.au/SSP2014/

Conference

ConferenceIEEE International Workshop on Statistical Signal Processing 2014 (SSP 2014)
CountryAustralia
CityGold Coast
Period29/06/201402/07/2014
Internet address

Fingerprint

Audio systems
Channel estimation
Crosstalk
Acoustics
Adaptive systems
Demonstrations

Cite this

Tataria, H., Teal, P. D., Poletti, M. A., & Betlehem, T. (2014). Simultaneous Channel Estimation and Joint Time-Frequency Domain Crosstalk Cancellation in Multichannel Personal Audio Systems. In IEEE International Workshop on Statistical Signal Processing 2014 (SSP 2014) (pp. 488-491) https://doi.org/10.1109/SSP.2014.6884682
Tataria, Harsh ; Teal, Paul D. ; Poletti, Mark A. ; Betlehem, Terence . / Simultaneous Channel Estimation and Joint Time-Frequency Domain Crosstalk Cancellation in Multichannel Personal Audio Systems. IEEE International Workshop on Statistical Signal Processing 2014 (SSP 2014). 2014. pp. 488-491
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title = "Simultaneous Channel Estimation and Joint Time-Frequency Domain Crosstalk Cancellation in Multichannel Personal Audio Systems",
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Tataria, H, Teal, PD, Poletti, MA & Betlehem, T 2014, Simultaneous Channel Estimation and Joint Time-Frequency Domain Crosstalk Cancellation in Multichannel Personal Audio Systems. in IEEE International Workshop on Statistical Signal Processing 2014 (SSP 2014). pp. 488-491, IEEE International Workshop on Statistical Signal Processing 2014 (SSP 2014), Gold Coast, Australia, 29/06/2014. https://doi.org/10.1109/SSP.2014.6884682

Simultaneous Channel Estimation and Joint Time-Frequency Domain Crosstalk Cancellation in Multichannel Personal Audio Systems. / Tataria, Harsh; Teal, Paul D. ; Poletti, Mark A. ; Betlehem, Terence .

IEEE International Workshop on Statistical Signal Processing 2014 (SSP 2014). 2014. p. 488-491.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

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N2 - In this paper, we present two important contributions. The first is demonstration of the use of subliminal levels of pseudo-random noise to enhance channel estimation, and the second is a joint time and frequency domain algorithm for multichannel inversion. An adaptive system is presented where the acoustic channel is accurately estimated and utilized. In this implementation, maximum length sequences in the form of pseudo-random noise are superimposed on the source signals to aid the estimation quality of the acoustic channels. Upon estimation, crosstalk cancellation filters are designed using a time and frequency domain technique which uses a window to achieve more efficient and effective cancellation of crosstalk. For a 3x2 crosstalk system, the presented results show the improvement in channel estimation quality when low levels of maximum length sequences are superimposed on the source signals. On average -25dB of crosstalk cancellation is achieved.

AB - In this paper, we present two important contributions. The first is demonstration of the use of subliminal levels of pseudo-random noise to enhance channel estimation, and the second is a joint time and frequency domain algorithm for multichannel inversion. An adaptive system is presented where the acoustic channel is accurately estimated and utilized. In this implementation, maximum length sequences in the form of pseudo-random noise are superimposed on the source signals to aid the estimation quality of the acoustic channels. Upon estimation, crosstalk cancellation filters are designed using a time and frequency domain technique which uses a window to achieve more efficient and effective cancellation of crosstalk. For a 3x2 crosstalk system, the presented results show the improvement in channel estimation quality when low levels of maximum length sequences are superimposed on the source signals. On average -25dB of crosstalk cancellation is achieved.

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Tataria H, Teal PD, Poletti MA, Betlehem T. Simultaneous Channel Estimation and Joint Time-Frequency Domain Crosstalk Cancellation in Multichannel Personal Audio Systems. In IEEE International Workshop on Statistical Signal Processing 2014 (SSP 2014). 2014. p. 488-491 https://doi.org/10.1109/SSP.2014.6884682