Channel Coding for Power Line Communication Based on Oversampled Filter Banks
Channel Coding for Power Line Communication Based on Oversampled Filter Banks
Oversampled filter banks (OSFB) can be applied as channel coding and have shown benefits in correlated and impulsive noise. Therefore, in this paper, we consider such channel coders for a power line communications scenario, where such conditions create a hostile channel environment. The proposed channel coder assumes the knowledge of the noise covariance matrix. The transmission is accomplished over the N weakest eigenmodes of the noise, which are identified by means of a broadband eigenvalue decomposition. We demonstrate by simulations that this approach can lead to an enhancement of the SNR in the receiver and to improved performance over standard channel coding approaches.
0-7803-8844-5
246-249
Liu, C
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Weiss, S
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Redif, S
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Cooper, T
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Lampe, L
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McWhirter, J G
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L, Lampe
1821923a-45fd-4547-b58e-143639907c8d
2005
Liu, C
3f45f2cc-6d0e-4d70-b332-e701056cf400
Weiss, S
a1716781-351d-41d2-8d67-3e3d34f16476
Redif, S
a1058db0-1b72-4a4f-8374-2fd13e53a6eb
Cooper, T
a12b6fee-71ca-4d1b-9dcd-8cd9789bf7b1
Lampe, L
7c513a47-5390-4958-a9f8-abe9e0f4117f
McWhirter, J G
87ba6022-a258-41c0-96a9-d1aaa5c1348b
L, Lampe
1821923a-45fd-4547-b58e-143639907c8d
Liu, C, Weiss, S, Redif, S, Cooper, T, Lampe, L and McWhirter, J G
(2005)
Channel Coding for Power Line Communication Based on Oversampled Filter Banks.
L, Lampe
(ed.)
International Symposium on Power Line Communications, Vancouver, CA.
06 - 08 Apr 2005.
.
Record type:
Conference or Workshop Item
(Paper)
Abstract
Oversampled filter banks (OSFB) can be applied as channel coding and have shown benefits in correlated and impulsive noise. Therefore, in this paper, we consider such channel coders for a power line communications scenario, where such conditions create a hostile channel environment. The proposed channel coder assumes the knowledge of the noise covariance matrix. The transmission is accomplished over the N weakest eigenmodes of the noise, which are identified by means of a broadband eigenvalue decomposition. We demonstrate by simulations that this approach can lead to an enhancement of the SNR in the receiver and to improved performance over standard channel coding approaches.
More information
Published date: 2005
Additional Information:
Event Dates: April 6-8
Venue - Dates:
International Symposium on Power Line Communications, Vancouver, CA, 2005-04-06 - 2005-04-08
Organisations:
Electronics & Computer Science
Identifiers
Local EPrints ID: 260784
URI: http://eprints.soton.ac.uk/id/eprint/260784
ISBN: 0-7803-8844-5
PURE UUID: f21e496c-642e-4605-b637-261b5737af30
Catalogue record
Date deposited: 21 Apr 2005
Last modified: 14 Mar 2024 06:43
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Contributors
Author:
C Liu
Author:
S Weiss
Author:
S Redif
Author:
T Cooper
Author:
L Lampe
Author:
J G McWhirter
Editor:
Lampe L
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