文件名称:ofdm_EM_channel
- 所属分类：
- 通讯/手机编程
- 资源属性：
- [Windows] [Visual C] [源码]
- 上传时间：
- 2012-11-26
- 文件大小：
- 43kb
- 下载次数：
- 0次
- 提 供 者：
- sun***
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
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分析了相位噪声对正交频分复用(OFDM)系统的影响,发现相位噪声不仅产生
通用相角错误(CPE),而且还会产生载波间干扰(ICI),这都使OFDM系统的性能急剧恶
化,因此必须对CPE和ICI进行校正.文中给出了基于MSE准则的CPE校正方法,考虑到
ICI干扰主要来源于相邻信道,进而提出了基于LMS法则的自适应相邻信道干扰消除方
法.整个算法简单高效.仿真结果表明,所提出的算法大大改善了OFDM系统的性能-Analysis of phase noise on the orthogonal frequency division multiplexing (OFDM) system, the impact of phase noise was found not only from the general phase angle error (CPE), but also generate inter-carrier interference (ICI), which are so dramatically the performance of OFDM system worse, it is necessary CPE and ICI correction. This paper gives guidelines for CPE-based MSE correction methods, taking into account ICI mainly come from the adjacent channel interference, then presents a rule-based LMS adaptive adjacent channel interference cancellation method. the algorithm is simple and efficient. The simulation results show that the proposed algorithm greatly improved the performance of OFDM systems
通用相角错误(CPE),而且还会产生载波间干扰(ICI),这都使OFDM系统的性能急剧恶
化,因此必须对CPE和ICI进行校正.文中给出了基于MSE准则的CPE校正方法,考虑到
ICI干扰主要来源于相邻信道,进而提出了基于LMS法则的自适应相邻信道干扰消除方
法.整个算法简单高效.仿真结果表明,所提出的算法大大改善了OFDM系统的性能-Analysis of phase noise on the orthogonal frequency division multiplexing (OFDM) system, the impact of phase noise was found not only from the general phase angle error (CPE), but also generate inter-carrier interference (ICI), which are so dramatically the performance of OFDM system worse, it is necessary CPE and ICI correction. This paper gives guidelines for CPE-based MSE correction methods, taking into account ICI mainly come from the adjacent channel interference, then presents a rule-based LMS adaptive adjacent channel interference cancellation method. the algorithm is simple and efficient. The simulation results show that the proposed algorithm greatly improved the performance of OFDM systems
相关搜索： ici
phase
noise
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ofdm
Phase
Noise
interference
cancellation
LMS
OFDM
ICI
matlab
相位噪声
CPE
ici
cancellation
in
ofdm
system
phase
noise
correction
phase
noise
in
ofdm
Phase
Noise
interference
cancellation
LMS
OFDM
ICI
matlab
相位噪声
CPE
ici
cancellation
in
ofdm
system
phase
noise
correction
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下载文件列表
ofdm_EM_channel\addpilot_em.m
...............\add_noise.m
...............\baseMapping.m
...............\bitErrorCalc.m
...............\bitSource_Gen.m
...............\channel_esti_after_em.m
...............\channel_esti_em730a.m
...............\main.asv
...............\main1.asv
...............\main1.m
...............\mph_rayleigh_channel.mdl
...............\Mph_Rayleigh_channel1.mdl
...............\Mph_Rayleigh_channel2.mdl
...............\Mph_Rayleigh_channel3.mdl
...............\Mph_Rayleigh_channel4.mdl
...............\Mph_Rayleigh_channel5.mdl
...............\Mph_Rayleigh_channel6.mdl
...............\Mph_Rayleigh_channel7.mdl
...............\ofdmSlice.m
...............\ofdmSlice_c.dll
...............\ofdmSlice_c.dsp
...............\ofdmSlice_c.dsw
...............\ofdmSlice_c.ncb
...............\ofdmSlice_c.opt
...............\P2S.m
...............\STBC_2Tx1Rx.m
...............\VblastTrans_2Tx2Rxintp.m
ofdm_EM_channel
...............\add_noise.m
...............\baseMapping.m
...............\bitErrorCalc.m
...............\bitSource_Gen.m
...............\channel_esti_after_em.m
...............\channel_esti_em730a.m
...............\main.asv
...............\main1.asv
...............\main1.m
...............\mph_rayleigh_channel.mdl
...............\Mph_Rayleigh_channel1.mdl
...............\Mph_Rayleigh_channel2.mdl
...............\Mph_Rayleigh_channel3.mdl
...............\Mph_Rayleigh_channel4.mdl
...............\Mph_Rayleigh_channel5.mdl
...............\Mph_Rayleigh_channel6.mdl
...............\Mph_Rayleigh_channel7.mdl
...............\ofdmSlice.m
...............\ofdmSlice_c.dll
...............\ofdmSlice_c.dsp
...............\ofdmSlice_c.dsw
...............\ofdmSlice_c.ncb
...............\ofdmSlice_c.opt
...............\P2S.m
...............\STBC_2Tx1Rx.m
...............\VblastTrans_2Tx2Rxintp.m
ofdm_EM_channel