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29625281MIMO-channel-matlab

于 2019-04-17 发布

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下载积分: 1 下载次数: 6

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代码说明：

说明： MIMO干扰广播信道分布和效用最大化的一种迭代加权MMSE方法(An Iteratively Weighted MMSE Approach to Distributed Sum-Utility Maximization for a MIMO Interfering Broadcast Channel)

文件列表：

MIMO channel matlab, 0 , 2011-05-07
MIMO channel matlab\AS2sigma_gaussian.mat, 2248 , 2001-10-03
MIMO channel matlab\AS2sigma_laplacian.mat, 2248 , 2001-10-03
MIMO channel matlab\capacityMM.m, 886 , 2005-10-10
MIMO channel matlab\correlation.m, 5539 , 2005-10-06
MIMO channel matlab\dialog.m, 4365 , 2001-12-05
MIMO channel matlab\erfcomp.m, 1613 , 2001-10-03
MIMO channel matlab\example_MIMO.m, 6961 , 2005-11-16
MIMO channel matlab\generate_H.m, 616 , 2005-09-29
MIMO channel matlab\geometry2correlation.m, 3950 , 2002-03-08
MIMO channel matlab\H.mat, 16944912 , 2005-11-16
MIMO channel matlab\implementation_note_MIMO_Matlab.pdf, 317355 , 2005-11-15
MIMO channel matlab\init_fading.m, 4696 , 2002-03-08
MIMO channel matlab\init_MIMO_channel.m, 3194 , 2002-03-08
MIMO channel matlab\init_Rice.m, 2915 , 2002-03-08
MIMO channel matlab\MIMOcapacity.m, 1093 , 2005-10-10
MIMO channel matlab\MIMO_channel.m, 7354 , 2002-04-17
MIMO channel matlab\MIMO_project.pdf, 92542 , 2005-10-10
MIMO channel matlab\normalisation_gaussian.m, 2617 , 2002-03-08
MIMO channel matlab\normalisation_laplacian.m, 2730 , 2005-10-06
MIMO channel matlab\normalisation_uniform.m, 1782 , 2005-10-06
MIMO channel matlab\plot_gaussian.m, 2193 , 2002-03-08
MIMO channel matlab\plot_laplacian.m, 2164 , 2002-03-08
MIMO channel matlab\plot_MIMO.m, 6269 , 2002-03-13
MIMO channel matlab\plot_uniform.m, 2131 , 2002-03-08
MIMO channel matlab\Rxx_gaussian.m, 2304 , 2002-03-08
MIMO channel matlab\Rxx_laplacian.m, 1994 , 2002-03-08
MIMO channel matlab\Rxx_uniform.m, 1897 , 2001-10-23
MIMO channel matlab\Rxy_gaussian.m, 2498 , 2002-03-08
MIMO channel matlab\Rxy_laplacian.m, 2311 , 2002-03-08
MIMO channel matlab\Rxy_uniform.m, 1999 , 2002-03-08
MIMO channel matlab\Three_GPP_Cases.m, 8776 , 2005-10-06
MIMO channel matlab\water_fill.m, 870 , 2005-09-09

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xianfu
PAPR抑制主要有SLM,PTS以及限幅法，主要对限幅法进行仿真，对比不同限幅阈值的限幅效果(PAPR suppression mainly includes SLM, PTS and amplitude limiting method. It mainly simulates the amplitude limiting method and compares the amplitude limiting effect of different amplitude limiting threshold.)

2018-08-25 00:03:23下载

积分：1
protobuf-build
说明：一种轻便高效的数据格式，平台无关、语言无关、可扩展，可用于通讯协议和数据存储等领域。完整的编译工程。(A portable and efficient data format, platform-independent, language-independent, scalable, can be used in communication protocols and data storage and other fields. Complete compilation engineering.)

2020-06-17 21:00:07下载

积分：1
SHT30
说明： 51单片机读取sht30，通过iic通信亲测可用。。。。。。(sht30 read iic write and test ,read tempreture and humidity success)

2019-04-25 16:20:41下载

积分：1
OFDM信道估计仿真
说明： OFDM系统仿真内容，比较简单的说明，希望有用哦。(OFDM Channel estimation)

2021-03-03 16:13:08下载

积分：1
Cognitive Radio matlab code
最基础的检测概率；虚警概率；漏检概率与门限的关系。(Energy detection;Single threshold.)

2021-05-14 03:30:03下载

积分：1
primenumber.c
Prime number program. Written in C

2015-03-21 20:04:25下载

积分：1
MCMA_Algorithm
说明：实现CMA，MCMA等盲均衡算法的实现，以及收敛曲线的对比(Implementation of CMA blind equalization algorithm)

2020-11-19 00:02:55下载

积分：1
MATLABmultiserdetection
说明：多用户检测的完整matlab程序，特别有用的东西，希望对你们有所帮助！(Complete multi-user detection matlab program, especially useful things you want to help!)

2021-04-05 15:29:03下载

积分：1
COM_customplot
说明：自己用的小软件，仿造原子的XCOM功能，加了一下自己用的功能。 1、基本串口通讯，鼠标放入串口选择自动刷新，显示COM口的驱动类型。 2、多条发送界面，可定时发送，可关联数字键盘、右键发送按钮可更改按钮名称，方便记忆。 3、485通讯，数据有十进制和十六进制可选，发送后自动保留记录。 4、CRC校验小工具。 5、十六进制通信协议提取部分位并根据自定义数据类型转化为十进制 6、字符格式示波器，例：">P:-1.25"，示波器显示曲线名称P，数值-1.25，曲线个数最多8个。 7、类似MODBUS协议截取第2-5位，合成一个int数值，然后示波器显示波形，最多5个曲线 8、示波器曲线可键拖拽、放大(QT serial port assistant, plus digital oscilloscope)

2021-01-04 14:10:58下载

积分：1
SCFDE
该算法是迄今为止我找到的最好的最完整的单载波频域均衡的原理。众所周知，时域均衡一直是接收机的瓶颈能估，频域均衡则要简单的多。频域均衡使用基于块传输的机制，类似于OFDM，并且是单载波的。接收机十分完整，包含载波同步、帧同步等，最重要的均衡处理。(This algorithm is the best and the most complete single carrier frequency domain equalization principle I have found so far. As we all know, time domain equalization is always the bottleneck of the receiver, and frequency domain equalization is much simpler. Frequency domain equalization is based on block transmission mechanism, which is similar to OFDM and is single carrier. The receiver is very complete, including carrier synchronization, frame synchronization, and so on, the most important equalization processing.)

2021-05-13 17:30:02下载

积分：1

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