EURASIP JWCN
所属分类：其他
开发工具：matlab
文件大小：40KB
下载次数：23
上传日期：2020-06-11 21:03:32
上 传 者：
wisma
说明： This is a code package related to the following conference paper:
Y. Mao, B. Clerckx and V. O. K. Li, "Rate-splitting multiple access for downlink communication systems: bridging, generalizing, and outperforming SDMA and NOMA." EURASIP Journal on Wireless Communications and Networking 2018.1 (2018): 133.
The code in all packages are implemented in Matlab environment with CVX toolbox assisted.
In the 'Figure 6b' code package, Fig. 6(b) of the above paper will be reproduced by running the Matlab script 'main.m'. By changing the variables 'bias' (channel gain difference between the users), 'NT'(number of transmit antenna), you can reproduce Fig. 5--Fig. 6.
文件列表:
EURASIP JWCN\RSMA vs NOMA SDMA (0, 2018-11-21)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11 (0, 2018-11-21)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11\main.m (8064, 2018-11-21)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11\MULP_rateRegion.m (3203, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11\MULP_update_P.m (1094, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11\NOMA_rateRegion.m (576, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11\NOMA_rateRegion_order1.m (3932, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11\NOMA_update_P_order1.m (1318, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11\RS_rateRegion.m (572, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11\RS_rateRegion_order1.m (4394, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 11\RS_update_P_order1.m (1626, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13 (0, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\DPC_rateRegion.m (4144, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\main.m (5026, 2018-11-21)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\MULP_rateRegion.m (2007, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\MULP_update_P.m (1733, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\NOMA_rateRegion.m (1673, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\NOMA_rateRegion_order1.m (3413, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\NOMA_update_P.m (2428, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\RS_oneLayer_rateRegion1.m (3125, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\RS_oneLayer_update_P1.m (2989, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\RS_rateRegion.m (1720, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\RS_rateRegion_order1.m (5065, 2018-11-21)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 13\RS_update_P.m (4839, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b (0, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b\DPC_rateRegion.m (4121, 2017-02-23)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b\main.m (6181, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b\MULP_rateRegion.m (3090, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b\NOMA_rateRegion.m (466, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b\NOMA_rateRegion_order1.m (1700, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b\NOMA_update_P_order1.m (1416, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b\RS_rateRegion.m (411, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b\RS_rateRegion_order1.m (2117, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 6b\RS_update_P_order1.m (1749, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 7 (0, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 7\DPC_rateRegion.m (4122, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 7\main.m (8349, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 7\MULP_rateRegion.m (3056, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 7\NOMA_rateRegion.m (511, 2018-11-20)
EURASIP JWCN\RSMA vs NOMA SDMA\Figure 7\NOMA_rateRegion_order1.m (1679, 2018-11-20)
... ...
This is a code package related to the following conference paper:
Y. Mao, B. Clerckx and V. O. K. Li, "Rate-splitting multiple access for downlink communication systems: bridging, generalizing, and outperforming SDMA and NOMA." EURASIP Journal on Wireless Communications and Networking 2018.1 (2018): 133.
The code in all packages are implemented in Matlab environment with CVX toolbox assisted.
In the 'Figure 6b' code package, Fig. 6(b) of the above paper will be reproduced by running the Matlab script 'main.m'. By changing the variables 'bias' (channel gain difference between the users), 'NT'(number of transmit antenna), you can reproduce Fig. 5--Fig. 6.
In the 'Figure 7' code package, Fig. 7 of the above paper will be reproduced by running the Matlab script 'main.m'. By changing the variable 'bias' and the channel realizations, you can reproduce Fig. 7--Fig. 10.
In the 'Figure 11' code package, Fig. 11 of the above paper will be reproduced by running the Matlab script 'main.m'. By changing the variable 'bias' and the channel realizations, you can reproduce Fig. 11--Fig. 12.
In the 'Figure 13' code package, Fig. 13 of the above paper will be reproduced by running the Matlab script 'main.m'. By changing the variable 'weight' and 'NT', you can reproduce Fig. 13, Fig. 14, Fig. 16.
近期下载者：
相关文件：
收藏者：