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    block this user Chau Yuen Trusted member

    Associate Professor

    Singapore University of Technology and Design

    Asymmetric CIOD. I. SIGNAL MODEL

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    Abstract — In this paper, we formulate the algebraic structure of Quasi-Orthogonal STBC with minimum decoding complexity (MDC-QOSTBC), whose maximum likelihood (ML) decoder only requires the joint detection of two real symbols, for any numbers of transmit antennas. We also propose a systematic method to construct an MDC-QOSTBC from an Orthogonal-STBC (O-STBC). The maximum code rate of the resultant MDC-QOSTBC is shown to be the same as that of the lower-order O-STBC used to construct it. We also find the optimum constellation rotation angle for the proposed MDC-QOSTBC construction to achieve full diversity and optimum coding gain. We can show that the proposed MDC-QOSTBC has more even power distribution over the transmit antennas, better scalability in adjusting the number of transmit antennas, and more superior decoding performance than the Co-ordinate Interleaved Orthogonal Design (CIOD) and

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    Title : Asymmetric CIOD. I. SIGNAL MODEL
    Abstract : Abstract — In this paper, we formulate the algebraic structure of Quasi-Orthogonal STBC with minimum decoding complexity (MDC-QOSTBC), whose maximum likelihood (ML) decoder only requires the joint detection of two real symbols, for any numbers of transmit antennas. We also propose a systematic method to construct an MDC-QOSTBC from an Orthogonal-STBC (O-STBC). The maximum code rate of the resultant MDC-QOSTBC is shown to be the same as that of the lower-order O-STBC used to construct it. We also find the optimum constellation rotation angle for the proposed MDC-QOSTBC construction to achieve full diversity and optimum coding gain. We can show that the proposed MDC-QOSTBC has more even power distribution over the transmit antennas, better scalability in adjusting the number of transmit antennas, and more superior decoding performance than the Co-ordinate Interleaved Orthogonal Design (CIOD) and
    Subject : unspecified
    Area : Electronic Engineering
    Language : English
    Affiliations : 
    Url : http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.66.8187&rep=rep1&type=pdf
    Doi : 10.1.1.66.8187

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