文件名称:CSIP
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在CSIP中，只对各用户单数据流的情况进行了仿真。采用的预编码算法主要有DSLNR（即直接运用CSIT下的预编码算法）、ESLNR（即对SLNR进行均值计算的，在CSIP中，引入均值计算的与SLNR有关的算法，其文件名中都有modified以示区别）、EMMSE（即陈明老师那边的那篇文章中的预编码算法）。Scheduling中也只是简单的观察了RoundRobin、MaxH、DMMSLNR和EMMSLNR（前者没有均值计算，后者有）的性能对比。-In CSIP, only a single data stream for each user of the performance. The precoding algorithms are mainly DSLNR (i.e., the direct use of CSIT precoding and decoding algorithm), ESLNR (i.e. on SLNR mean calculation, in CSIP is introduced to calculate the average value and SLNR of related algorithms, in the name of the file is modified to show the difference) and emmse (i.e. Chen Minglao division over the article in the pre code). Scheduling is a simple observation of RoundRobin, MaxH, DMMSLNR and EMMSLNR (the former does not mean calculation, comparing the performance of the latter).
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下载文件列表
CSIP
....\precoding
....\.........\ESLNR_MultipleAntenna
....\.........\.....................\another_sort.m
....\.........\.....................\coherence_receive_MultiAnt.m
....\.........\.....................\coherence_receive_SingleAnt.m
....\.........\.....................\EMMSE.m
....\.........\.....................\feedback.m
....\.........\.....................\main.m
....\.........\.....................\main2.m
....\.........\.....................\MMSE_Dabbagh.m
....\.........\.....................\RVQ.m
....\.........\.....................\SLNR_MultiAnt.m
....\.........\.....................\SLNR_MultiAnt_modified.m
....\.........\.....................\SLNR_SingleAnt.m
....\.........\.....................\SLNR_SingleAnt_modified.m
....\.........\.....................\source_BPSK.m
....\.........\.....................\source_QPSK.m
....\.........\.....................\Untitled.m
....\.........\.....................\Untitled2.m
....\.........\ESLNR_SingleAntenna
....\.........\...................\another_sort.m
....\.........\...................\coherence_receive_SingleAnt.m
....\.........\...................\EMMSE.m
....\.........\...................\feedback.m
....\.........\...................\main.m
....\.........\...................\RVQ.m
....\.........\...................\SLNR_SingleAnt.m
....\.........\...................\SLNR_SingleAnt_modified.m
....\.........\...................\source_BPSK.m
....\.........\...................\source_QPSK.m
....\.........\...................\Untitled.m
....\.........\...................\Untitled2.m
....\scheduling
....\..........\ESLNR_MMSLNR
....\..........\............\another_sort.m
....\..........\............\coherence_receive.m
....\..........\............\coherence_receive_SingleAnt.m
....\..........\............\feedback.m
....\..........\............\main.m
....\..........\............\maxH.m
....\..........\............\MMSLNR.m
....\..........\............\MMSLNR_modified.m
....\..........\............\MMSLNR_SingleAnt.m
....\..........\............\MMSLNR_SingleAnt_modified.m
....\..........\............\RRS.m
....\..........\............\RVQ.m
....\..........\............\SLNR.m
....\..........\............\SLNR_modified.m
....\..........\............\SLNR_PD_modified.m
....\..........\............\SLNR_SingleAnt.m
....\..........\............\SLNR_SingleAnt_modified.m
....\..........\............\SLNR_SingleAnt_PD.m
....\..........\............\SLNR_SingleAnt_PD_modified.m
....\..........\............\source_BPSK.m
....\..........\............\source_QPSK.m
....\..........\............\Untitled.m