Transparent communication

D.W.E. Schobben; P.C.W. Sommen

Transparent communication

D.W.E. Schobben, P.C.W. Sommen

Signal Processing Systems

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic › peer-review

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Abstract

Transparent communication refers to the audio signal processing which is applied in communication applications The goal is to make the audio as transparent as possible in the sense that the reproduced audio should ideally be free from reverberation noise acoustical echos and mixed speakers Application areas are for example teleconferencing and handsfree telephony This paper presents new ideas for the implementation of such a system In particular the use of blind signal separation is examined and new ideas are presented for the joint implementation of the MultiChannel Acoustical Echo Canceler MC AEC and the Blind Signal Separation BSS In this way acoustical quality can be improved at a reduced computational cost.

Original language	English
Title of host publication	Proc. Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter
Pages	171-174
Publication status	Published - 1998
Event	conference; Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter, Leuven, Belgium, 26-27 March 1998 - Leuven, Belgium Duration: 26 Mar 1998 → 27 Mar 1998

Conference

Conference	conference; Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter, Leuven, Belgium, 26-27 March 1998
Abbreviated title	SPS 98
Country/Territory	Belgium
City	Leuven
Period	26/03/98 → 27/03/98
Other	Proc. Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter, Leuven, Belgium, 26-27 March 1998

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@inproceedings{d3fcb4300e004cf89b8c8742ebfa88f6,

title = "Transparent communication",

abstract = "Transparent communication refers to the audio signal processing which is applied in communication applications The goal is to make the audio as transparent as possible in the sense that the reproduced audio should ideally be free from reverberation noise acoustical echos and mixed speakers Application areas are for example teleconferencing and handsfree telephony This paper presents new ideas for the implementation of such a system In particular the use of blind signal separation is examined and new ideas are presented for the joint implementation of the MultiChannel Acoustical Echo Canceler MC AEC and the Blind Signal Separation BSS In this way acoustical quality can be improved at a reduced computational cost.",

author = "D.W.E. Schobben and P.C.W. Sommen",

year = "1998",

language = "English",

pages = "171--174",

booktitle = "Proc. Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter",

note = "conference; Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter, Leuven, Belgium, 26-27 March 1998, SPS 98 ; Conference date: 26-03-1998 Through 27-03-1998",

}

Schobben, DWE & Sommen, PCW 1998, Transparent communication. in Proc. Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter. pp. 171-174, conference; Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter, Leuven, Belgium, 26-27 March 1998, Leuven, Belgium, 26/03/98.

TY - GEN

T1 - Transparent communication

AU - Schobben, D.W.E.

AU - Sommen, P.C.W.

PY - 1998

Y1 - 1998

N2 - Transparent communication refers to the audio signal processing which is applied in communication applications The goal is to make the audio as transparent as possible in the sense that the reproduced audio should ideally be free from reverberation noise acoustical echos and mixed speakers Application areas are for example teleconferencing and handsfree telephony This paper presents new ideas for the implementation of such a system In particular the use of blind signal separation is examined and new ideas are presented for the joint implementation of the MultiChannel Acoustical Echo Canceler MC AEC and the Blind Signal Separation BSS In this way acoustical quality can be improved at a reduced computational cost.

AB - Transparent communication refers to the audio signal processing which is applied in communication applications The goal is to make the audio as transparent as possible in the sense that the reproduced audio should ideally be free from reverberation noise acoustical echos and mixed speakers Application areas are for example teleconferencing and handsfree telephony This paper presents new ideas for the implementation of such a system In particular the use of blind signal separation is examined and new ideas are presented for the joint implementation of the MultiChannel Acoustical Echo Canceler MC AEC and the Blind Signal Separation BSS In this way acoustical quality can be improved at a reduced computational cost.

M3 - Conference contribution

SP - 171

EP - 174

BT - Proc. Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter

T2 - conference; Signal Processing Symposium SPS 98, a two-day workshop organized by the IEEE Benelux Signal Processing Chapter, Leuven, Belgium, 26-27 March 1998

Y2 - 26 March 1998 through 27 March 1998

ER -

Transparent communication

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