Search

Your search keyword '"iterative processing"' showing total 3 results
Start Over Descriptor "iterative processing" Journal eurasip journal on wireless communications and networking
3 results on '"iterative processing"'

1. Factor-Graph-Based Soft Self-Iterative Equalizer for Multipath Channels

Author

Lu Ben, Yue Guosen, Wang Xiaodong, and Madihian Mohammad

Subjects
factor graph, equalizer, iterative processing, multipath fading, MIMO, Telecommunication, TK5101-6720, Electronics, TK7800-8360
Abstract

We consider factor-graph-based soft self-iterative equalization in wireless multipath channels. Since factor graphs are able to characterize multipath channels to per-path level, the corresponding soft self-iterative equalizer possesses reduced computational complexity in sparse multipath channels. The performance of the considered self-iterative equalizer is analyzed in both single-antenna and multiple-antenna multipath channels. When factor graphs of multipath channels have no cycles or mild cycle conditions, the considered self-iterative equalizer can converge to optimum performance after a few iterations; but it may suffer local convergence in channels with severe cycle conditions.

Published
2005
Full Text
View/download PDF

2. Factor-Graph-Based Soft Self-Iterative Equalizer for Multipath Channels

Author

Yue Guosen, Madihian Mohammad, Wang Xiaodong, and Lu Ben

Subjects
factor graph, equalizer, iterative processing, multipath fading, MIMO, Telecommunication, TK5101-6720, Electronics, TK7800-8360
Abstract

We consider factor-graph-based soft self-iterative equalization in wireless multipath channels. Since factor graphs are able to characterize multipath channels to per-path level, the corresponding soft self-iterative equalizer possesses reduced computational complexity in sparse multipath channels. The performance of the considered self-iterative equalizer is analyzed in both single-antenna and multiple-antenna multipath channels. When factor graphs of multipath channels have no cycles or mild cycle conditions, the considered self-iterative equalizer can converge to optimum performance after a few iterations; but it may suffer local convergence in channels with severe cycle conditions.

Published
2005

3. Factor-Graph-Based Soft Self-Iterative Equalizer for Multipath Channels

Author

Ben Lu, Xiaodong Wang, Mohammad Madihian, and Guosen Yue

Subjects
Computer science, Computer Networks and Communications, multipath fading, Radio--Transmitters and transmission--Fading, MIMO, Equalization (audio), Equalizer, lcsh:TK7800-8360, factor graph, Data_CODINGANDINFORMATIONTHEORY, Delay spread, MIMO systems, lcsh:Telecommunication, Antenna array, Equalizers (Electronics), equalizer, lcsh:TK5101-6720, Communication of technical information, Computer Science::Networking and Internet Architecture, Wireless, Fading, Computer Science::Information Theory, business.industry, ComputerSystemsOrganization_COMPUTER-COMMUNICATIONNETWORKS, iterative processing, lcsh:Electronics, Adaptive equalizer, Computer Science Applications, Electrical engineering, Signal Processing, Rake receiver, Telecommunications, business, Algorithm, Factor graph, Multipath propagation, Communication channel
Abstract

We consider factor-graph-based soft self-iterative equalization in wireless multipath channels. Since factor graphs are able to characterize multipath channels to per-path level, the corresponding soft self-iterative equalizer possesses reduced computational complexity in sparse multipath channels. The performance of the considered self-iterative equalizer is analyzed in both single-antenna and multiple-antenna multipath channels. When factor graphs of multipath channels have no cycles or mild cycle conditions, the considered self-iterative equalizer can converge to optimum performance after a few iterations; but it may suffer local convergence in channels with severe cycle conditions.

Published
2005

Catalog

Books, media, physical & digital resources
See catalog results