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1566burg
- VLSI Implementation of MIMO Detection Using the Sphere Decoding Algorithm-VLSI Implementation of MIMO Detection Using the Sphere Decoding Algorithm
SD
- 3篇IEEE论文，研究球形解码算法的最新文章，希望对大家有帮助-Three IEEE papers, research sphere decoding algorithm the latest articles, want to help everyone
A-Low-Cost-Multi-standard-Near-Optimal-Soft-Outpu
- low cost design for sphere decoding
MIMO-Decoding
- 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.
MIMO_OFDM
- 本文介绍了一种MIMO- OFDM 系统迭代球形译码检测算法-This article describes a MIMO-OFDM systems detected by iterative sphere decoding algorithm
robust-MIMO-detection
- 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
ElEX
- Reduced complexity optimum detector for Block Data Transmission Systems using Lattice Sphere Decoding technique
optimum-detector_LSD
- Reduced complexity optimum detector for Block Data Transmission Systems using Lattice Sphere Decoding technique
main
- We have investigated the performance of the sphere decoding algorithm. As it has shown in the computer simulations, the decoder based on the sphere decoding algorithm has almost the same performance of a maximum likelihood decoder with much low
sphere-decoding-algorithm
- 这是个用matlab实现的球形译码算法 大家可以参考一下 希望有用-This is achieved using matlab sphere decoding algorithm we can refer to I hope useful
Soft-Output-Sphere-Decoding[1]
- MIMO通信系统的信号检测，软检测的相关文章！是业界牛人的科研论文！-The signal detection of the MIMO communication system, the soft detector Related Articles! Research papers of the cattle industry!
ex_genmatrix
- OFDM using uqiue word. Generation and MMSE decoding, Sphere decoding
sphere-decoding-algorithm
- 球形解码( Sphere Decoder，SD) 算法能以较低的复杂度实现多输入多输出( Multiple Input Multiple Output，MIMO) 系统的最优检测，是当前受到普遍关注的 MIMO 检测算法。对当前球形解码 的 主 要 研究 成 果 进行 综 述，根 据 搜索策略进行分类，重点分析基于深度优先策略的 VB、CL 和基于宽度优先策略的 K-Best、FSD 算法，并且讨论了几种初始半径的选择方法，最后在准静态平坦瑞利衰落环境下对上述算法进行了性能仿真比较-Sphere
k-best-sphere-decoding-algorithm
- 通过对广度优先策略中有恒定复杂度的层排序k- best 球译码算法进行分析,提出一种每节点保留可变扩展节点的层排序 k-best 球形译码算法( k-best SDA II) , 在64QAM 调制及每层保留 8 节点的实数 SDA 模型下, 通过仿真的方法得出了保留恒定扩展节点的 k-best SDA 当每节点保留扩展节点数大于等于 2 时, 性能基本不变( k-bestSDA I)-Through the breadth-first strategy in a constant layer
low-complexity--sphere-drcoding
- 这是一个球形译码检测算法的一种改进算法对以往的球形译码检测算法作出了相应的改进-An improved detection algorithm sphere decoding algorithm
MIMO--Sphere-Decoding
- 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