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计算信道容量的matlab程序
- 计算信道容量的matlab程序，给出了不同的发射天线和接受天线下的容量图
mimo遍历信道容量仿真
- 对MIMO遍历信道进行容量仿真，对初学MIMO和该方面研究的人员很有帮组
111186750Sum.rar
- 注水定理计算信道容量，主要通过注水算法来进行，很有用,waterfilling for channel capacity
mimo
- 这个matlab程序是MIMO信道容量估计-The matlab program is estimated MIMO channel capacity
MIMO
- 关于MIMO的信道容量仿真，包括容量计算及绘图 ，仅供参考。 -MIMO channel capacity on the simulation, including capacity calculations and drawings for reference only.
MIMO
- MIMO系统Rayleigh信道容量 AWGN信道特征值统计分布-MIMO
xindaorongliang
- matlab语言实现信道容量编码，附带结果截屏。-matlab language channel capacity coding, with the results of screenshot.
cost273_mimo_V1_1
- MIMO及注水算法.在已信道状态信息时,求信道容量的方法.-Algorithm for MIMO and water. In the channel state information, and the method of channel capacity.
Characterizing_the_Statistical_Properties_of_Mutua
- MIMO-OFDM系统无线衰落信道容量分析，适合做无限通信的研究-Characterizing the Statistical Properties of Mutual Information in MIMO Channels
MIMOCapacity
- 这个函数中比较了等功率分配和注水分配策略下，MIMO信道的信道容量和中断容量-This function calculates ergodic and outage capacity of correlated MIMO channels
555934042
- 一般普通信道容量迭代算法的matlab编程实现-On general channel capacity of an iterative algorithm matlab programming
xindao
- 求解任意信道容量的迭代算法，求解方便而且实用。-Channel capacity to solve any of the iterative algorithm, solving convenient and practical.
MIMO_CAPCITY
- MIMO系统信道容量在AWGN下进行仿真-MIMO system, channel capacity simulation in AWGN
matlab7xindaorongliang
- 完美的信道容量迭代算法实现，matlab7运行-Perfect channel capacity iterative algorithm, matlab7 run
Rayleigh-channel
- 在MATLAB环境下仿真瑞利信道容量与信噪比的关系-In MATLAB simulation Rayleigh channel capacity and SNR relationship
一般信道容量迭代算法
- 在傅祖芸的《信息论与编码》中给出了一般信道的的信道容量的计算。这个程序是根据它所编写的。
02
- 对信道容量仿真计算，判断信道矩阵的对称性(The channel capacity is simulated and the symmetry of the channel matrix is judged)
on capacity
- 利用程序通过数值计算得到超奈奎斯特信号处理下的信道容量(Through numerical calculation, the channel capacity of the Faster-than-Nyquist signaling is obtained by numerical calculation)
信道容量
- OFDM的信道容量的MATLAB仿真实例(MATLAB simulation example of channel capacity of OFDM)
信道容量仿真
- nakagami衰落下，各态历经信道容量、中断容量、反转容量仿真(Simulation of ergodic channel capacity, interrupt capacity and reverse capacity in Nakagami Fading)