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sphere decoding for MIMO communication system -sphere decoding for MIMO communication sy stem
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球形译码,用于多天线传输系统的低复杂度信号检测-Sphere decoding for multi-antenna transmission systems of low complexity signal detection
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用于MIMO检测的sphere decoder程序- This function implements a soft output sphere decoder.
Based on the paper: C. Studer, M. Wenk, A. Burg, and H. Blocskei: "Soft-Output Sphere
Decoding: Performance and Implementation Aspects", Asilomar 2006
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一种比较流行的MIMO通信检测算法,自动球形检测适用NbyN的QAM调制。-a prevailing detection algrithom for MIMO communication, auto(adaptive)sphere decoding detection with N-by-N QAM madulation.
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此文献介绍了用于病态MIMO系统的一种快速球形译码算法。-This literature introduces a fast sphere decoding algorithm for morbid MIMO system.
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本文基于MIMO检测中性能和复杂度的矛盾,结合具体的MIMO
检测技术进行深入研究,致力于提供能有效缓解性能和复杂度矛盾冲
突的技术方案。论文首先介绍MIMO系统的基本模型,随后针对球
译码(Sphere Decoding)检测及其相关技术、搜索空间预定义检测器
(Search Space Predetermined Detector,SSPD)算法、并行计算对检
测算法的加速作用以及自动重传机制(Automatic Retransmission
reQuest,ARQ)
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在多输入多输出系统中的鲁棒球形译码的实现-We present a maximum-likelihood decoding algorithm for an
arbitrary lattice code when used over an independent fading channel with
perfect channel state information at the receiver. The decoder is based on
a bounded distanc
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大规模MIMO中球形译码检测算法的matlab代码函数-Scale MIMO sphere detection algorithm matlab code decoding function
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基于QR分解的宽度优先球形译码,即通常所说的K-best算法,适用于MIMO技术中的接收端信号检测。-Priority sphere decoding based on the width of the QR decomposition, commonly known as the K-best algorithm for the receiver signal detection in MIMO technology.
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多输人多输出(MIMO)技术是第三代和未来移动通信与个人通信系统实现高数据速率,提高传输质量
的重要途径[1 ]。目前MIMO系统中使用的发射方案主要包括:①贝尔分层空时结构BI STA(Bell Layered
Space Time Architecture)[。 ;②正交空时分组码OSTBC(Orthogonal Space Time Block Coding) ;⑧空时
格型编码STTC(Space Time Trellis Coding) 。-Motivated by the
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QRMMLD算法主程序 仿真 应用 需要主程序调用 请自行解决-Motivated by the need for high throughput sphere decoding formultipleinput-
multiple-output (MIMO) communication systems, we propose
a parallel depth-first sphere decoding (PDSD) algorithm that provides
the advan
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这是一个演示应用程序。它给学生的第一印象不同的MIMO检测算法之间的性能差异。目前,它包括三个线性检测、六个球体解码算法,一个启发式和最大似然检测算法。它还涵盖了不相关的和最新相关频道基于LTE R10 36.104规范。这个程序将到期2017.10.30保存数据,需要密码也给出一个示例为老师为学生设计应用。-This is a demo APP for students. It gives students the first impression about the performance
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Simulation Code for MIMO Signals with and without a Sphere Decoding front-end -This README file explains how to use the C++ programs that were used
to generate the simulations in this thesis. The capabilities and
limitations of these programs wi
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