搜索资源列表
Ergodic_Capacity_vs_SNR
- 不同数量的收发天线配置方式对应的信道容量仿真，可以计算当发射端未知CSI时，MIMO信道在不同信噪比下的遍历容量。-A different number of receiving antenna configuration corresponding to the channel capacity of the simulation can be calculated when the transmitter is unknown CSI, MIMO channel ergodic capaci
mimocapacity
- MIMO系统接收天线数不同时的信道容量对比-In contrast to MIMO system capacity of receiving antenna book is not the same channel
code
- 多天线通信系统（MIMO）仿真，包括卷积码，循环冗余校验，高斯信道，最大似然译码。-Multi-antenna communication system (MIMO) emulation, comprising convolutional codes, cyclic redundancy check, a Gaussian channel, the maximum likelihood decoding.
MIMO_C
- 该程序主要仿真在不同收发天线下MIMO系统的的理论信道容量，并做出比较-The program is mainly simulation under different sending and receiving antenna channel capacity of MIMO system theory, and make a comparison
channel_matrix-V1
- 典型的MIMO链路级信道模型，可以参考使用，包括AWGN,信道参数设置，天线配置等-A typical MIMO channel link-level model, can refer to the use, including the AWGN, channel parameter settings, antenna configuration, etc.
MIMOAntenna-Selection
- MIMO中基于天线选择的信道容量仿真，程序中涉及不同的天线选择算法-Capacity of MIMO Channel With Antenna Selection
MIMO_OFDM_MATLAB_program
- mimo 信道模型，OFDM，信道估计，天线分集与空时编码-mimo ofdm channel simulation
LS
- LS（Least Square，最小二乘法）算法是信道估计算法中最基本的算法之一。在MIMO-OFDM系统中，经常选择LS算法或其改进算法对信道进行估计。利用LS算法设计信道估计器，算法结构简单易于实现，且估计器不需要知道信道中各个收发天线对之间的自相关矩阵和噪声。-LS (further Square, Least Square) algorithm is one of the most basic algorithm of channel estimation algorithm. In M
scm-11-01-2011
- 根据3GPP协议编写的MIMO空间信道模型，可选择多种应用场景，并可根据需要调整各种信道参数如收发天线数，多径数，用户链路数等。-According to 3GPP protocol written MIMO spatial channel model, choose a variety of application scenarios, and adjust the various channel parameters such as transceiver according to the
Ergodic_Capacity_CDF
- MIMO信道遍历容量程序，给定中断概率计算中断容量，改变天线数量仿真结果对比-MIMO channel ergodic capacity of the program, given interrupt probability calculation outage capacity, change the number of antenna simulation results
MIMO_Channel
- mimo-ofdm系统中，采用最优天线选择技术的信道容量分析-mimo-ofdm system, using the best antenna selection technology channel capacity analysis
MIMOjiben
- mimo系统在不同发送和接收天线情况下的误码率比较，版本是2014-MIMO system error in sending and receiving antenna case rate comparison, version 2014
MIMOsimulation
- mimo程序，功能很完善。可以调整收发天线数和信道类型。可决定是否进行信道估计-MIMO procedure, function is perfect. You can adjust the number of antennas and channel type. Can determine whether the channel estimation
minnorm
- mimo天线的ML，mmse，zf，mmse-osic算法的代码-Mimo antenna ML and mmse, zf and mmse- osic algorithm code
stbc21
- mimo多天线发送多天线接收，运用8psk调制仿真两根天线的误码率-mimo multi-antenna transmission multi-antenna reception using two antennas simulation 8psk modulation error rate
communication-theory
- 1.由用户输入发射天线和接收天线的数量和SNR的值，画出MIMO通道性能的PDF和CDF,通道符合雷利分布。2.输入发射天线和接收天线数量及SNR范围，计算通道的性能，画出所有capacity v.s SNR图。- 1. transmit and receive antennas are input by the user of the number and SNR draw MIMO channel performance of PDF and CDF, in li
CSD
- 复球解码算法的MATLAB实现,其实现环境为MIMO多天线仿真环境。-complex sphere decoder
33323123123
- MIMO THP编码，包括四根天线8根天线六根的天线的仿真程序，保证能仿真的通-MIMO THP coding, including four antennas eight antennas six antenna simulation program, guaranteed through simulation
Yulong_xr0706
- 无线通信算法中的LTE-A实现matlab仿真平台，包括MIMO调制编码方式，以及LDPC技术，多天线，协同通信的基本原理，都调试通过了，是个整体框架程序。 -Wireless communications algorithms achieve LTE-A matlab simulation platform, including LDPC modulation and coding schemes, as well asLowauDW technology, multiple anten
mimojishu
- MIMO（多输入，多输出系统）的无线通信的智能天线技术的基础上发展起来的，它的主要特征是一个通信系统的使用多个天线配置来解决移动通信系统的发送和接收端 –以此来解决未来移动通信系统大容量高速率传输和日益紧张的频谱资源间的矛盾。和智能天线技术不同于系统在MIMO无线信道的发射天线，从任何到接收天线间的无线信道是相互独立或有很小的相关性。-Developed on the basis of smart antenna technology MIMO (multiple-input, multiple