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UNIT-RATE COMPLEX ORTHOGONAL SPACE-TIME BLOCK CODE CONCATENATED WITH TURBO CODING

机译:涡轮编码的单速率复杂正交时空块代码

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摘要

Space-Time Block (STB) code has been an effective transmit diversity technique for combating fading due to its orthogonal design, simple decoding and high diversity gains. In this paper, a unit-rate complex orthogonal STB code for multiple antennas in Time Division Duplex (TDD) mode is proposed. Meanwhile, Turbo Coding (TC) is employed to improve the performance of proposed STB code further by utilizing its good ability to combat the burst error of fading channel. Compared with full-diversity multiple antennas STB codes, the proposed code can implement unit rate and partial diversity; and it has much smaller computational complexity under the same system throughput. Moreover, the application of TC can effectively make up for the performance loss due to partial diversity. Simulation results show that on the condition of same system throughput and concatenation of TC, the proposed code has lower Bit Error Rate (BER) than those full-diversity codes.
机译:空时分组(STB)码由于其正交设计,简单的解码和高分集增益,已成为一种有效的衰落衰落发送发射技术。本文提出了一种时分双工(TDD)模式下的多天线单速率复正交STB码。同时,利用Turbo编码(TC)来利用其良好的抵抗衰落信道突发错误的能力来进一步提高所提出的STB码的性能。与全分集多天线机顶盒代码相比,该代码可以实现单位速率和部分分集。在相同的系统吞吐量下,它的计算复杂度要小得多。此外,TC的应用可以有效地弥补由于部分分集而导致的性能损失。仿真结果表明,在相同的系统吞吐量和TC级联的情况下,所提出的码的误码率(BER)低于全分集码。

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