Full-diversity rate-(near) one space-time block codes at linear decoding complexity for quasistatic fading channels

In this paper, we introduce a full-diversity rate-(near) one space-time block coding scheme over frequency-flat fading channels. It will be shown that the proposed scheme enjoys linear decoding complexity and maximum likelihood (ML) decoding for any arbitrary number of transmit antennas

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Published in:ITG Workshop on Smart Antennas : March 18th-19th, 2004, Munich University of Technology, Germany pp. 103 - 105
Main Author: Razavi, S.A.
Format: Conference Proceeding
Language:English
Published: IEEE 2004
Subjects:
Block codes
Costs
Diversity methods
Fading
Filter bank
Frequency
Maximum likelihood decoding
Receiving antennas
Transmitting antennas
Wireless communication
ISBN:9780780383272, 0780383273
Online Access:Get full text
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Abstract In this paper, we introduce a full-diversity rate-(near) one space-time block coding scheme over frequency-flat fading channels. It will be shown that the proposed scheme enjoys linear decoding complexity and maximum likelihood (ML) decoding for any arbitrary number of transmit antennas
AbstractList In this paper, we introduce a full-diversity rate-(near) one space-time block coding scheme over frequency-flat fading channels. It will be shown that the proposed scheme enjoys linear decoding complexity and maximum likelihood (ML) decoding for any arbitrary number of transmit antennas
Author Razavi, S.A.
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  organization: Electr. Eng. Dept., Univ. of Birjand
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PublicationTitle ITG Workshop on Smart Antennas : March 18th-19th, 2004, Munich University of Technology, Germany
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Snippet In this paper, we introduce a full-diversity rate-(near) one space-time block coding scheme over frequency-flat fading channels. It will be shown that the...
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StartPage 103
SubjectTerms Block codes
Costs
Diversity methods
Fading
Filter bank
Frequency
Maximum likelihood decoding
Receiving antennas
Transmitting antennas
Wireless communication
Title Full-diversity rate-(near) one space-time block codes at linear decoding complexity for quasistatic fading channels
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