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Channelestimation
- Channel estimation for OFDM systems based on comb-type pilot arrangement in frequency selective fading channels 一篇信道估计的经典文章-Channel estimation for OFDM systems based on comb-type pilot arrangement in frequency se lective fading channels a channel
ofdm_sync_for_fading_channels
- this paper talks about ofdm synchronization for selective fading channels,hope it to be of help to evrybody
BPSK_Fading_Freq_Selective
- 利用Channel Equalizer公式與附件main.m等程式，並選擇Flat=0之模式(該模式為Frequency Selective Fading)及產生Doppler = 500 Hz之Rayleigh fading Channel，利用已知Channel Parameters (rcos, rsin) 增修接收機之Channel Equalizer程式-Channel Equalizer using the formula and accessories main.m other p
plot_function
- 频率选择性衰落信道的建模与仿真，具体实施方法-Frequency selective fading channel modeling and simulation modi, concrete implementation methods
rayleigh
- qpsk仿真下面是该例子的源程序，P0、P1、P2分别是LOS路径和两条延迟瑞利分量的相对功率级。当p0=0且delay！=0时为瑞利频率选择性衰落，delay==0时为瑞利平坦衰落。-Here is the example qpsk simulation source, P0, P1, P2 are the LOS path Rayleigh component and two delayed relative power level. When p0 = 0 and the delay! =
Rayleigh-channel-model
- 多径瑞利信道模型，可以实现选择性衰落信道-Multi-path Rayleigh channel model, you can achieve selective fading channel
pinpu
- 信号的频率选择性衰落,根据频率的不同,在某些点上信号增强,某些点上信号减弱,此代码为MATLAB建模的仿真代码,开发环境为matlabR2011B-The signal frequency selective fading
New-test
- OFDM系统在频率选择性衰落信道下误码率特性。-OFDM systems in frequency selective fading channel bit error rate performance under
duojing
- 一个简单的多径matlab仿真，从仿真结果中可以很好看出多径的频率选择性衰落和时间选择性衰落。-A simple matlab multipath simulation, simulation results can be well seen in the frequency selective multipath fading and time selective fading.
Channel_Modelling_A
- 4种不同信道的模型，包括快衰落、慢衰落、平坦衰落和频率选择衰落信道-4 different channel models, including the fast fading, slow fading, flat fading and frequency selective fading channel
sizhong
- 高移动性的宽带无线通信会受到时频双选择性衰落的严重影响。信道估计的质量对于整个系统的性能具有重要的影响，尤其是当信道经历快速的衰落时。因此，高质量的双选信道估计是高速无线通信的必然要求。 -Broadband wireless communication will be affected by the high mobility of time-frequency doubly selective fading. The quality of channel estimation has an
1604.03049
- Channel estimation for millimeter-wave (mmWave) massive MIMO with hybrid precoding is challenging, since the number of radio frequency (RF) chains is usually much smaller than that of antennas. To date, several channel estimation schemes have bee