Title:
SpatialMultiplexing_ClosedLoop_Mode4
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- Category:
- matlab
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[Matlab]
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- 4.85mb
- Update:
- 2016-12-10
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- Uploaded by:
- 陈陈
Description: LTE downlink closed loop space division multiplexing. Simulation Configuration: 16QAM modulation, 1/3 rate Turbo code, 10MHz of bandwidth, one PDCCH per subframe symbol, single code word, 8 Turbo decoding iterations, early termination mechanisms, the MMSE (minimum mean square error) the MIMO receivers, PDSCH transmitting terminal space division multiplexing precoding. Channel model is LTE-MIMO channel additional AWGN.
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SpatialMultiplexing_ClosedLoop_Mode4\aREADME.m
....................................\OneCodeWord\aREADME.m
....................................\...........\AWGNChannel.m
....................................\...........\CblkSegParams.m
....................................\...........\CbRateDematching.m
....................................\...........\CbRateMatching.m
....................................\...........\ChanEstimate_mTx.m
....................................\...........\CheckAntennaConfig.m
....................................\...........\codegen\mex\commlteMIMO_fcn\AWGNChannel.c
....................................\...........\.......\...\...............\AWGNChannel.h
....................................\...........\.......\...\...............\AWGNChannel.obj
....................................\...........\.......\...\...............\AWGNChannel1.c
....................................\...........\.......\...\...............\AWGNChannel1.h
....................................\...........\.......\...\...............\AWGNChannel1.obj
....................................\...........\.......\...\...............\bsxfun.c
....................................\...........\.......\...\...............\bsxfun.h
....................................\...........\.......\...\...............\bsxfun.obj
....................................\...........\.......\...\...............\buildInfo.mat
....................................\...........\.......\...\...............\CblkSegParams.c
....................................\...........\.......\...\...............\CblkSegParams.h
....................................\...........\.......\...\...............\CblkSegParams.obj
....................................\...........\.......\...\...............\CbRateDematching.c
....................................\...........\.......\...\...............\CbRateDematching.h
....................................\...........\.......\...\...............\CbRateDematching.obj
....................................\...........\.......\...\...............\CbRateMatching.c
....................................\...........\.......\...\...............\CbRateMatching.h
....................................\...........\.......\...\...............\CbRateMatching.obj
....................................\...........\.......\...\...............\ChanEstimate_mTx.c
....................................\...........\.......\...\...............\ChanEstimate_mTx.h
....................................\...........\.......\...\...............\ChanEstimate_mTx.obj
....................................\...........\.......\...\...............\colon.c
....................................\...........\.......\...\...............\colon.h
....................................\...........\.......\...\...............\colon.obj
....................................\...........\.......\...\...............\commlteMIMO_fcn.c
....................................\...........\.......\...\...............\commlteMIMO_fcn.h
....................................\...........\.......\...\...............\commlteMIMO_fcn.obj
....................................\...........\.......\...\...............\commlteMIMO_fcn_data.c
....................................\...........\.......\...\...............\commlteMIMO_fcn_data.h
....................................\...........\.......\...\...............\commlteMIMO_fcn_data.obj
....................................\...........\.......\...\...............\commlteMIMO_fcn_emxutil.c
....................................\...........\.......\...\...............\commlteMIMO_fcn_emxutil.h
....................................\...........\.......\...\...............\commlteMIMO_fcn_emxutil.obj
....................................\...........\.......\...\...............\commlteMIMO_fcn_initialize.c
....................................\...........\.......\...\...............\commlteMIMO_fcn_initialize.h
....................................\...........\.......\...\...............\commlteMIMO_fcn_initialize.obj
....................................\...........\.......\...
