Description: The degree of channel state information for each user software program in accordance with the master transmitter consists of two parts : the complete channel state information (CSIT) and partial channel state information (CSIP). Wherein , each of which comprises a pre- coding (precoding) and the user scheduling (scheduling)
In CSIT in , precoding and each user according to the number of data streams into a single data stream and multiple data streams in both cases . In each case , first examine the performance of different pre- coding algorithm, including two ZF, MMSE, SINR, SLNR. After they inspected the power allocation algorithm performance ( file name contains PD showed that it contained power allocation process ) . According to different indicators for power distribution , make a distinction in the file name , such as PD_CN representative channel norm-referenced index for power distribution . Scheduling section first observed the performance comparison RoundRobin, MaxH and MMSL
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File list (Check if you may need any files):
article
.......\CSIP
.......\....\precoding
.......\....\.........\ESLNR_MultipleAntenna
.......\....\.........\.....................\EMMSE.m
.......\....\.........\.....................\MMSE_Dabbagh.m
.......\....\.........\.....................\RVQ.m
.......\....\.........\.....................\SLNR_MultiAnt.m
.......\....\.........\.....................\SLNR_MultiAnt_modified.m
.......\....\.........\.....................\SLNR_SingleAnt.m
.......\....\.........\.....................\SLNR_SingleAnt_modified.m
.......\....\.........\.....................\Untitled.m
.......\....\.........\.....................\Untitled2.m
.......\....\.........\.....................\another_sort.m
.......\....\.........\.....................\coherence_receive_MultiAnt.m
.......\....\.........\.....................\coherence_receive_SingleAnt.m
.......\....\.........\.....................\feedback.m
.......\....\.........\.....................\main.m
.......\....\.........\.....................\main2.m
.......\....\.........\.....................\source_BPSK.m
.......\....\.........\.....................\source_QPSK.m
.......\....\.........\ESLNR_SingleAntenna
.......\....\.........\...................\EMMSE.m
.......\....\.........\...................\RVQ.m
.......\....\.........\...................\SLNR_SingleAnt.m
.......\....\.........\...................\SLNR_SingleAnt_modified.m
.......\....\.........\...................\Untitled.m
.......\....\.........\...................\Untitled2.m
.......\....\.........\...................\another_sort.m
.......\....\.........\...................\coherence_receive_SingleAnt.m
.......\....\.........\...................\feedback.m
.......\....\.........\...................\main.m
.......\....\.........\...................\source_BPSK.m
.......\....\.........\...................\source_QPSK.m
.......\....\scheduling
.......\....\..........\ESLNR_MMSLNR
.......\....\..........\............\MMSLNR.m
.......\....\..........\............\MMSLNR_SingleAnt.m
.......\....\..........\............\MMSLNR_SingleAnt_modified.m
.......\....\..........\............\MMSLNR_modified.m
.......\....\..........\............\RRS.m
.......\....\..........\............\RVQ.m
.......\....\..........\............\SLNR.m
.......\....\..........\............\SLNR_PD_modified.m
.......\....\..........\............\SLNR_SingleAnt.m
.......\....\..........\............\SLNR_SingleAnt_PD.m
.......\....\..........\............\SLNR_SingleAnt_PD_modified.m
.......\....\..........\............\SLNR_SingleAnt_modified.m
.......\....\..........\............\SLNR_modified.m
.......\....\..........\............\Untitled.m
.......\....\..........\............\another_sort.m
.......\....\..........\............\coherence_receive.m
.......\....\..........\............\coherence_receive_SingleAnt.m
.......\....\..........\............\feedback.m
.......\....\..........\............\main.m
.......\....\..........\............\maxH.m
.......\....\..........\............\source_BPSK.m
.......\....\..........\............\source_QPSK.m
.......\CSIT
.......\....\precoding
.......\....\.........\MultiStream
.......\....\.........\...........\BD.m
.......\....\.........\...........\BD_PD.m
.......\....\.........\...........\MMSE.m
.......\....\.........\...........\PowerDistribution_Reciprocal.m
.......\....\.........\...........\PowerDistribution_Reciprocal_MultiStream1.m
.......\....\.........\...........\SLNR.m
.......\....\.........\...........\SLNR_PD.m
.......\....\.........\...........\SLNR_PD_CN.m
.......\....\.........\...........\SLNR_PD_SINR.m
.......\....\.........\...........\SLNR_PD_modified.m
.......\....\.........\...........\Untitled.m
.......\....\.........\...........\channel_inversion.m
.......\....\.........\...........\coherence_receive.m
.......\....\.........\...........\gram_schmidt.m
.......\....\.........\...........\main.m
.......\....\.........\...........\main2.m
.......\....\.........\...........\main3.m
.......\....\.........\...........\main4.m
.......\....\.........\...........\source_BPSK.m
.......\....\.
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