涡轮解调的出口图分析

T. Clevorn, J. Brauers, M. Adrat, P. Vary
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引用次数: 6

摘要

Turbo解调是将迭代解调和迭代源信道解码结合到一个单一的多Turbo过程中。将迭代译码的比特交织编码调制(BICM-ID)、迭代源信道译码(ISCD)和迭代源编码调制(ISCM)的接收结构合并为一个新的turbo系统,在两个迭代环路中,解调器、信道译码器和(软位)源译码器三个单部件之间交换可靠性信息。仿真结果表明,与之前已知的不同系统相比,质量有所提高,这些系统仅对接收器的两个组件使用迭代处理。我们建议通过一个额外的链路来增强涡轮解调,以便从软源解码器到解调器直接提供可靠性。我们将证明,使用三维出口图的收敛分析涡轮解调类似于单一涡轮过程是可能的
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EXIT chart analysis of turbo decodulation
Turbo decodulation is the combination of iterative demodulation and iterative source-channel decoding to a single multiple turbo process. The receiver structures of bit-interleaved coded modulation with iterative decoding (BICM-ID), iterative source-channel decoding (ISCD), and iterative source coded modulation (ISCM) are merged to one novel turbo system, in which in two iterative loops reliability information is exchanged between the three single components, demodulator, channel decoder, and (softbit) source decoder. Simulations show quality improvements compared to the different previously known systems, which use iterative processing only for two components of the receiver. We propose the enhancement to turbo decodulation by an additional link for a direct supply of reliabilities from the softbit source decoder to the demodulator. We will demonstrate that using three-dimensional EXIT charts a convergence analysis of turbo decodulation similar to single turbo processes is possible
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