搜索资源列表
mimo-stpc
- mimo信道stpc编码仿真 数字是收发天线数 -MIMO STPC channel coding simulation digital transceiver antenna number is
mimo--tianxian
- 整理出的一个关于mimo天线选择的程序，用matlab编写的，希望对大家有用-Sorted out the program using matlab mimo antenna selection
sphere-decoder-for-mimo-systems.m
- 大规模MIMO中球形译码检测算法的matlab代码函数-Scale MIMO sphere detection algorithm matlab code decoding function
Simulation-platform-for-uncoded-MIMO-OFDM
- Simulation platform for uncoded MIMO-OFDM
MIMO--capcity-simulation
- MIMO遍历信道模型容量仿真，对初学MIMO 的人来说非常好啊- MIMO Traverse channel model capacity simulation
mimo-sar
- 应用于MIMO-SAR静态场景成像，包含脉冲压缩、距离徙动校正、方位向成像-Applied to MIMO-SAR imaging of a static scene, including pulse compression, range migration correction, azimuth imaging
MIMO-OFDM
- mimo-ofdf的关键技术研究和仿真平台的建立-mimo-ofdf, key technologies and simulation platform
MIMO-OFDM-Wireless-Communications-with-MATLAB
- MIMO-OFDM Wireless Communications with MATLAB
MIMO
- MIMO雷达成像，资料比较全的，是一个压缩包-MIMO radarimaging
MIMO-OFDM-with-matlab-codes
- MIMO OFDM 一书源码 经测试都可以运行，就是有些和新版书上的比太一样-MIMO OFDM a source book
MIMO
- this files contain MIMO implementation in Matlab.
SU_MIMO
- Single User MIMO system with two transmitters and one receiver.
stcminosystem
- Space-Time Codes and MIMO Systems，还有书中对应的源程序。-Space-Time Codes and MIMO Systems, also in the book correspond to the source.
STBC
- 在MIMO系统下，空时分组码在不同天线下的性能（基于接受信号合并）-STBC performance under different antenna
ofdm4
- This program plots the BER vs SNR for a 4X4 MIMO-OFDM system.
OFDM-System-Simulator
- MIMO OFDM系统仿真，包括分析和系统、链路仿真-MIMO OFDM system simulation, including analysis and systems, Link Simulation
attachments_2010_11_28
- MIMO OFDM STBC a program in Matlab that is very useful. Thank you
MIMO
- MIMO系统 2*2ML检测BER（误码率）与信噪比的分析-The MIMO systems 2* 2ML detecting the analysis of the BER (bit error rate) and SNR
ber-for-mimo
- BER and capacity of MIMO concept
ANewAntennaSeletionOf-MIMO
- 该资料提出一种新的快速简单的天线选择算法以在获得很高的MIMO系统容量的同时, 大大降低了系统误码率和计算复杂度。-This information presents a new fast and simple antenna selection algorithm for high MIMO system capacity while greatly reducing the system bit error rate and computational complexity.