
Significant performance gain can potentially be achieved by employing distributed space-time block coding (D-STBC) in ad hoc or mesh networks. So far, however, most research on D-STBC has assumed that cooperative relay nodes are perfectly synchronized. Considering the difficulty in meeting such an assumption in many practical systems, this paper proposes a simple and near-optimum detection scheme for the case of two relay nodes, which proves to be able to handle far greater timing misalignment than the conventional STBC detector.
cooperative diversity, 0805 Distributed Computing, DSTBC, 620, 510, 0906 Electrical and Electronic Engineering, ResPubID16391. distributed space-time block coding, distributed transmit diversity, School of Engineering and Science, cooperative relay, 970109 Expanding Knowledge in Engineering, synchronization, relay nodes
cooperative diversity, 0805 Distributed Computing, DSTBC, 620, 510, 0906 Electrical and Electronic Engineering, ResPubID16391. distributed space-time block coding, distributed transmit diversity, School of Engineering and Science, cooperative relay, 970109 Expanding Knowledge in Engineering, synchronization, relay nodes
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