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中文摘要：
多重天线无线系统能提供更大的隧道能力并且使空间差异能作斗争褪色。在我们进行的这份报纸，进编码时空系统的设计的调查由连续地与 interleaver 并置隧道代码模块和时空代码模块在之间获得了。作为一个例子，系统被采用低译码的复杂性 turbo-SPC (单个同等值检查) 构造作为内部模块作为外部模块和线性复杂的域时空代码编码，它完成完整的差异和无损失的相等的隧道能力。模拟结果证明我们的设计系统表现很好，它仅仅失去 0.8 dB 从多重输入多重产量(MIMO ) 在 BER = 的能力 10 ? 5 在信息的情况中咬了长度 6048。与涡轮相比基于代码的系统，它也有更低的错误地板。
英文摘要：
Multiple antenna wireless systems can provide larger channel capacity and enable spatial diversity to combat fading. In this paper we conduct an investigation into the design of coded space-time system obtained by serially concatenating channel code module and space-time code module with an interleaver in between. As an example, the system is constructed by employing low decoding complexity turbo-SPC （single parity check） code as outer module and linear complex field space-time code as inner module, which achieves full diversity and lossless equivalent channel capacity. Simulation results prove that our designed system performs well and it only loses 0.8 dB from multiple-input multiple-output （MIMO） capacity at BER = 10^-5 in the case of information bit length 6048. Compared with turbo code-based systems, it also has lower error floor.
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