- kruskals Kruskal s algorithm implementation for generating minimum spanning tree. Random network is generated. Then MST is generated using and then density gradient applied.
- calc ulator ulator in asm
- Load-frequency-dynamics Matlab m file for load frequency analysis
- EXEMPLO PETER NORTON An example source code from Peter Norton's assembly manual.
文件名称:MU_MIMOprecoding_SLNR_based
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- 上传时间：2013-07-20
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文件大小：1.15mb
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多用户mimo系统预编码技术仿真，针对基于信漏噪比准则的及其改进算法的误码率和信道容量的仿真。里面含有原参考资料，仿真图。仿真图是破零预编码，单用户预编码和基于信漏噪比准则的算法的比较图。刚做完毕设（优秀），资料详尽，放心下载。-Multiuser mimo system simulation pre-coding technology for cell-based leak noise ratio criterion and its improved algorithm bit error rate and channel capacity of the simulation. Which contains the original reference, simulation of Fig. Simulation diagram is broken zero precoding, single-user pre-coding and channel leakage noise ratio criterion based algorithm comparison chart. Just do complete set (excellent), informative, secure download.
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下载文件列表
| 文件名 | 大小 | 更新时间 | ||
|---|---|---|---|---|
| MU_MIMOprecoding_SLNR_based/ | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/ | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/3. A Leakage-Based Precoding Scheme for Downlink Multi-User MIMO Channels.pdf | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{10 | （2 | 2 | 2）}/ | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{10 | （2 | 2 | 2）}/BER.mat | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{10 | （2 | 2 | 2）}/Demodulation.m | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{10 | （2 | 2 | 2）}/error.mat | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{10 | （2 | 2 | 2）}/figure.fig | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{10 | （2 | 2 | 2）}/Modulator.m | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{10 | （2 | 2 | 2）}/PERstream.asv | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{10 | （2 | 2 | 2）}/PERstream.m | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{5 | （3 | 3 | 3）}/ | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{5 | （3 | 3 | 3）}/BER.mat | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{5 | （3 | 3 | 3）}/Demodulation.m | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{5 | （3 | 3 | 3）}/error.mat | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{5 | （3 | 3 | 3）}/figure.fig | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{5 | （3 | 3 | 3）}/Modulator.m | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{5 | （3 | 3 | 3）}/PERstream.m | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_MMSE_{5 | （3 | 3 | 3）}/READ me.txt | |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，(2 | 2 | 2）_of_ZF/ | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，(2 | 2 | 2）_of_ZF/BER.mat | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，(2 | 2 | 2）_of_ZF/BLOCKDIAGONALIZITION.asv | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，(2 | 2 | 2）_of_ZF/BLOCKDIAGONALIZITION.m | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，(2 | 2 | 2）_of_ZF/Demodulation.m | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，(2 | 2 | 2）_of_ZF/error2.mat | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，(2 | 2 | 2）_of_ZF/Modulator.m | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，(2 | 2 | 2）_of_ZF/SVD.m | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，(2 | 2 | 2）_of_ZF/Svd检测.fig | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，2）_of_NoInterference/ | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，2）_of_NoInterference/BER.mat | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，2）_of_NoInterference/BLOCKDIAGONALIZITION.m | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，2）_of_NoInterference/Demodulation.m | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，2）_of_NoInterference/error.mat | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，2）_of_NoInterference/Modulator.m | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{10，2）_of_NoInterference/SVD.fig | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，(3 | 3 | 3）_of_ZF/ | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，(3 | 3 | 3）_of_ZF/BER.mat | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，(3 | 3 | 3）_of_ZF/BLOCKDIAGONALIZITION.m | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，(3 | 3 | 3）_of_ZF/Demodulation.m | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，(3 | 3 | 3）_of_ZF/error2.mat | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，(3 | 3 | 3）_of_ZF/Modulator.m | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，(3 | 3 | 3）_of_ZF/READ me.txt | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，(3 | 3 | 3）_of_ZF/SVD.m | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，(3 | 3 | 3）_of_ZF/Svd检测.fig | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，3）_of_NoInterference/ | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，3）_of_NoInterference/BER.mat | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，3）_of_NoInterference/BLOCKDIAGONALIZITION.m | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，3）_of_NoInterference/Demodulation.m | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，3）_of_NoInterference/error.mat | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，3）_of_NoInterference/Modulator.m | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，3）_of_NoInterference/READ me.txt | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，3）_of_NoInterference/SVD.fig | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/L=1_{5，3）_of_NoInterference/SVD.m | ||||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/ | ||
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=1-{8 | (3 | 3)}-MMSE/ |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=1-{8 | (3 | 3)}-MMSE/BER.mat |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=1-{8 | (3 | 3)}-MMSE/Demodulation.m |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=1-{8 | (3 | 3)}-MMSE/error.mat |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=1-{8 | (3 | 3)}-MMSE/KK.fig |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=1-{8 | (3 | 3)}-MMSE/MODEL.m |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=1-{8 | (3 | 3)}-MMSE/Modulator.m |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=1-{8 | (3 | 3)}-MMSE/READ me.txt |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=2-{8 | (3 | 3)}-MMSE/ |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=2-{8 | (3 | 3)}-MMSE/ber.mat |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比MIMO预编码/基于信漏躁比预编码{8 | (3 | 3)}系统/L=2-{8 | (3 | 3)}-MMSE/Demodulation.m |
| MU_MIMOprecoding_SLNR_based/基于信漏躁比 |
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