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In this treatise, a jointly optimized bit interleaved coded modulation using Iterative decoding (BICM-ID) and Luby transform (LT) coding scheme was proposed for the sake of attaining the best possible performance, when communicating over the wireless Internet. This scheme is particularly attractive when handling packetized wireless Internet data traffic received over wireless channels inflicting both...
In this treatise, we investigate a precoded and sphere packing (SP)-aided bit-interleaved differential space-time coded modulation scheme using iterative decoding. The amalgamated design and interworking of the SP, differential encoding, and iteratively detected bit-interleaved schemes are investigated. A rate-1 precoder is integrated into the system, where iterative decoding is carried out between...
The family of classic space time block coding techniques designed for co-located antenna elements is capable of providing a high diversity gain in the context of co-located MIMO systems, provided that the antenna elements are sufficiently far apart, in order to experience independent fading. However, in realistic shadow-fading environments their diversity gain erodes owing to the correlated fading...
In this treatise we demonstrate, how a high spatial and frequency diversity can be achieved by combining differential space-time block coding (DSTBC) and fast frequency hopping (FFH). The proposed FFH assisted DSTBC scheme is capable of achieving a high diversity order given by the product of the frequency diversity order achieved by FFH and by the spatial diversity order offered by the DSTBC arrangement...
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