Switching between two Different Fractionally Spaced Subband Adaptive Equalisation Structures
Switching between two Different Fractionally Spaced Subband Adaptive Equalisation Structures
This paper discusses methods for the fast adaptation of fractionally spaced equalisers. Subband methods offer advantages in adapting large scale equaliser, whereby two structures have been previously proposed. A first structure is faster, but can only be operated in training mode. A second structure permits the use in both training and decision directed mode at the cost of slower convergence. We propose and demonstrate a switching method to exploit the various benefits as best as possible.
0-0
Weiss, S.
55a13123-6604-4dad-b647-7347683c8c49
Mohamad, H.
8acfcfcc-9287-4657-9221-2acb9bc64799
Hadef, M.
2bc570f5-203c-4a23-8e8b-ce13775b44ee
McWhirter, J. G.
c383bce8-0aaf-4f14-8e07-68c2db1570e1
2002
Weiss, S.
55a13123-6604-4dad-b647-7347683c8c49
Mohamad, H.
8acfcfcc-9287-4657-9221-2acb9bc64799
Hadef, M.
2bc570f5-203c-4a23-8e8b-ce13775b44ee
McWhirter, J. G.
c383bce8-0aaf-4f14-8e07-68c2db1570e1
Weiss, S., Mohamad, H. and Hadef, M.
(2002)
Switching between two Different Fractionally Spaced Subband Adaptive Equalisation Structures.
McWhirter, J. G.
(ed.)
IMA Conference on Mathematics in Communications, Lancaster, United Kingdom.
16 - 18 Dec 2002.
.
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Conference or Workshop Item
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Abstract
This paper discusses methods for the fast adaptation of fractionally spaced equalisers. Subband methods offer advantages in adapting large scale equaliser, whereby two structures have been previously proposed. A first structure is faster, but can only be operated in training mode. A second structure permits the use in both training and decision directed mode at the cost of slower convergence. We propose and demonstrate a switching method to exploit the various benefits as best as possible.
More information
Published date: 2002
Additional Information:
Event Dates: December 16-18, 2002
Venue - Dates:
IMA Conference on Mathematics in Communications, Lancaster, United Kingdom, 2002-12-16 - 2002-12-18
Organisations:
Electronics & Computer Science
Identifiers
Local EPrints ID: 257463
URI: http://eprints.soton.ac.uk/id/eprint/257463
PURE UUID: 92852e1c-7102-473d-b44c-f2a87cd41de9
Catalogue record
Date deposited: 26 Jun 2003
Last modified: 14 Mar 2024 05:57
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Contributors
Author:
S. Weiss
Author:
H. Mohamad
Author:
M. Hadef
Editor:
J. G. McWhirter
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