Description: Raúl Casas（康奈尔大学）论文：盲均衡-Blind Adaptive Decision Feedback Equalization A Class of Bad Channels Platform: |
Size: 178176 |
Author:xiaopai |
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Description: The main code is called "comparison of equalization schemes".
It uses functions, defined seperately to compute the bit error rate for different typs of equalizers.
That means times domain equalizer (TDE) with minimum mean square (MMSE) and zero forcing (ZF) algorithm,time domain decision feedback equalizer (DF_TDE) and linear frequency domain equalizer (FDE) with MMSE and ZF algorithms are used.For all simulations QPSK symbols and a tapped delay line channel with white gaussian noise are used.
Allthough the codes should be regarded as one package every single function can be of good use for other simulations.
With best regards,
Andreas Platform: |
Size: 6144 |
Author:Sokolov |
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Description: 。本文研究了SC-FDE系统中的最小均方误差判决反馈
均衡（MMSE-DFE）和基于LMS准则的自适应均衡算法，
MATLAB仿真表明，由于LMS自适应均衡算法能有效的跟
踪信道变化并更新均衡器的抽头系数，其性能略优于最小
均方误差判决反馈均衡算法。-. In this paper, the SC-FDE system, the minimum mean square error decision feedback
Equalization (MMSE-DFE) and criteria based on LMS adaptive equalization algorithms
MATLAB simulation results show that LMS adaptive equalization algorithm as effective with
Track changes and update the channel equalizer tap coefficients, its performance slightly better than the minimum
Mean square error decision feedback equalization algorithm. Platform: |
Size: 3706880 |
Author:姜烨 |
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Description: Unique-word-based single carrier system with decision feedback equalization for space-time block coded transmissions Platform: |
Size: 148480 |
Author:jewon Lee |
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Description: 给出完整的通信系统和多径通信信道，并使用带RLS算法的判决反馈均衡器进行均衡。
内有详细注释。
在DFE(lms算法）的基础上，采用RLS算法
产生 0 1 序列--> QPSK映射 --> 上变频 --> 信道（多径、加噪）
--> 下变频 --> LMS算法均衡 --> 解映射、判决 --> 求误码率、星座图-This progam include a complete communication system with a multipath channel, based which decision feedback equalization with RLS algrithem is implemented. Platform: |
Size: 2048 |
Author:西电东风 |
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Description: SC-FDE程序研究了IEEE802. 16a宽带无线接入系统的单载波频域均衡( SC - FDE)方案,建立了完整的802. 16a单载波频域均衡系统仿真平台,研究了SC - FDE系统的频域均衡、编码和分集增益。-SC-FDE simulation,An integrated simulation p latform of 802. 16a SC- FDE is estab2
lished for investigating the frequency domain equalization, coding and diversity gain. The simulation re2
sults show that SC- FDE system combined with decision feedback equalization (DFE) , Platform: |
Size: 1024 |
Author:zouqifeng |
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Description: 判决反馈均衡，描述了用matlab来描述，可以正确的运行。很好的例子，提供初学者-Decision Feedback Equalization description to describe using matlab can run correctly. Good example, providing beginners Platform: |
Size: 137216 |
Author:王强 |
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Description: 关于单载波频域均衡系统，判决反馈均衡的仿真。-On single-carrier frequency domain equalization using decision feedback equalization simulation material, and I hope to help you. Platform: |
Size: 1044480 |
Author:卢建春 |
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Description: The problem of channel equalization via channel
identification (CEQCID) that has previously been considered by a
handful of researchers is explored further. An efficient algorithm
for mapping the channel parameters to the equalizers coeficients
is proposed. The proposed scheme is compared with a lattice
least squares (LS) based receivers. For the particular application
of the high frequency (HF) radio channels, we find that the
CEQCID has lower computational complexity. In terms of the
tracking performance, also, the CEQCID has been found to be
superior to the LS based receivers [4]. We emphasize on the
implementation of a fractionally tap-spaced decision feedback
equalizer (DFE) and compare that with the T-spaced DFE of
[4]. We show that the former is a better choice for the multipath
HF channel-The problem of channel equalization via channel
identification (CEQCID) that has previously been considered by a
handful of researchers is explored further. An efficient algorithm
for mapping the channel parameters to the equalizers coeficients
is proposed. The proposed scheme is compared with a lattice
least squares (LS) based receivers. For the particular application
of the high frequency (HF) radio channels, we find that the
CEQCID has lower computational complexity. In terms of the
tracking performance, also, the CEQCID has been found to be
superior to the LS based receivers [4]. We emphasize on the
implementation of a fractionally tap-spaced decision feedback
equalizer (DFE) and compare that with the T-spaced DFE of
[4]. We show that the former is a better choice for the multipath
HF channel Platform: |
Size: 420864 |
Author:hamed |
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Search - Decision Feedback Equalization