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Description: 本文对V-BLAST系统进行仿真，仿真比较采用干扰消除和无干扰消除的系统误帧率与SNR的关系曲线，并进行比较。-V-BLAST system simulation, simulation was used to compare the interference cancellation and without interference cancellation system, the frame error rate and SNR curve, and compare them.
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Description: MIMO文档及仿真实现包括SISO、SIDO、SIMO、V-BLAST-MIMO documentation and simulation SISO, SIDO, SIMO, V-BLAST
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Size: 123904 |
Author: 刘鸿鹏 |
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Description: 无线通信中MIMO信道的空时编码技术之V-Blast编码-Wireless communication MIMO channel coding of space-time coding technology V-Blast
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Size: 3072 |
Author: 龙山 |
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Description: v-blast algoritham for ofdm-mimo have zf detection techniqe
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Size: 1024 |
Author: Dhaval |
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Description: spaital modulation技术相比于v-blast,mrc等方式有了长足的进步。4bit/s/Hz频谱利用率下的空间调制程序，利用BPSK,4QAM和8QAM调制方式。-spaital modulation technique compared to the v-blast, mrc, etc. has made substantial progress. 4bit/s/Hz spatial modulation spectrum utilization under the program, using BPSK, 4QAM and 8QAM modulation.
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Size: 6144 |
Author: 马翔 |
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Description: 分层空时编码技术是提高无线信道传输速率和容量的一种非常有效的方法。在无需提高信号发射功率和额外增加带宽的情况下就可以大幅度的提高系统容量。但是，分层空时编码无法获得最大分集增益，所以接收端在恢复信号时选用的译码算法对系统性能至关重要。-Layered space-time coding technology is to improve the wireless channel transmission rate and capacity of a very effective method. Without having to increase the signal transmission power and extra bandwidth can significantly improve the system capacity. Layered space-time coding, however, could not obtain maximum diversity gain, so the receiver choose when to restore signal decoding algorithm is very important to system performance.
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Size: 1024 |
Author: 熊晓玲 |
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Description: v-blast结构的迫零检测 无干扰消除和理想干扰消除对比-v-blast ZF
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Size: 1024 |
Author: 王桦 |
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Description: V-BLAST空时码仿真，干扰消除和无干扰消除的SNR-FER曲线-Simulation of V-BLAST
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Size: 1024 |
Author: st |
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Description: In this simulation, a 2 x 2 MIMO system with BPSK modulation is used. Then, the algorithm of V-BLAST is implemented. After that, weight vector is produced using ZF, MMSE and ML detectors. Finally, the BER performance is plotted. A flat fading Rayleigh channel is assumed in this simulation.
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Size: 1024 |
Author: hamed |
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Description: it is about mimo beamforming
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Size: 351232 |
Author: shankar |
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Description: 基于V-BLAST 的MMSE 信道估计算法 MIMO-The MMSE channel estimation algorithm based on V- BLAST MIMO
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Size: 1024 |
Author: 曹金鑫 |
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Description: The ZF channel estimation algorithm based on V - BLAST MIMO
-The ZF channel estimation algorithm based on V- BLAST MIMO
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Size: 1024 |
Author: 曹金鑫 |
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Description: 用Matlab仿真一个发端4天线，收端6天线的V-BLAST系统.接收端分别使用ZF（迫零），MMSE（最小均方误差），ML（最大似然）和SIC（串行干扰消除）算法，分析比较各个算法下的误比特率。-Matlab simulation of an originator with 4 antennas, antenna receiving end 6 V-BLAST system. Receiving end were using ZF (zero forcing), MMSE (minimum mean square error), ML (maximum likelihood) and SIC (interference cancellation) algorithm, the bit error rate analysis comparing the various algorithms under.
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Size: 2048 |
Author: yifan li |
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Description: In this simulation, a 2 x 2 MIMO system with BPSK modulation is used. Then, the algorithm of V-BLAST is implemented. After that, weight vector is produced using ZF, MMSE and ML detectors. Finally, the BER performance is plotted. A flat fading Rayleigh channel is assumed in this simulation.
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Size: 1024 |
Author: hirknhe |
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Description: Abstract—A generalised spatial modulation (SM) scheme with
multiple active transmit antennas, named as multiple activespatial
modulation (MA-SM), is proposed in this paper. By allowing
multiple transmitting antennas in the SM system to transmit
different symbols at the same time instant, MA-SM takes advantages
of the low complexity of SM and high multiplexing gain of
Vertical-Bell Lab Layered Space-Time (V-BLAST) system. In the
MA-SM system, the transmitted symbols are mapped into a high
dimensional constellation space including the spatial dimension.
The general principle for designing the efficient MA-SM for
arbitrary number of transmit antennas and modulation scheme
is presented. Moreover, a near-optimal detection
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Size: 396288 |
Author: senthil |
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Description: V-BLAST结构的ZF检测算法性能，分别在无干扰消除和有干扰消除的系统性能-ZF detection algorithm performance V-BLAST structure, respectively, and there is no interference to eliminate interference cancellation system performance
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Size: 1024 |
Author: 李晨曦 |
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Description: In this simulation, a 2 x 2 MIMO system with BPSK modulation is used. Then, the algorithm of V-BLAST is implemented. After that, weight vector is produced using ZF, MMSE and ML detectors. Finally, the BER performance is plotted. A flat fading Rayleigh channel is assumed in this simulation.
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Size: 2048 |
Author: m05435430huaic |
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Description: MIMO系统V-BLAST结构关于BER的仿真，发送符号为QPSK信号，采用ZF,QR，MMSE,ML解调技术-MIMO system V-BLAST structure simulation on BER, transmission symbol is QPSK signal, using ZF, QR, MMSE, ML demodulation techniques
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Size: 3072 |
Author: shaomin |
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Description: v-blast系统的检测方法，即并行干扰消除检测方法-Detection v-blast system, ie parallel interference cancellation detection method
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Size: 1024 |
Author: 李鹏 |
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Description: 基于IT++的MIMO下行链路采用V-BLAST的ZF-DFE（ZF-VB DFE）检测算法采用4QAM调制-MIMO ZF-DFE detection algorithm using V-BLAST (ZF-VB DFE) based IT++ using 4QAM modulation
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Size: 4096 |
Author: 姗 |
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