搜索资源列表
G4_QPSK
- MIMO系统瑞利信道下G2仿真，采用QPSK格雷码映射以降低误比特率-Rayleigh channel, MIMO system, the G2 simulation
EigenVal_J
- 基于“脉动”结构 求 任意偶数阶实对称阵的特征值，用于MIMO通信反馈信道质量，已经在实际产品实现。( 注：脉动结构只需O(n*log(n))量级运算，高效快速)-"Systolic Arrays" structure based Eigen Value Decomposition
mimobpsk
- CHANNEL CODING MONTECARLO ANALYSIS OF BPSK MIMO
mimo_capacity
- MIMO channel capacity curves for 2x1 mimo antenna system
mimo_parameters
- Mimo antenna system parameters such as capacity
doa_cs_ty_dj
- CS-MIMO雷达参数估计，这个主要是单基地MIMO雷达的例子-CS-MIMO radar parameter estimation, this is a major example of monostatic MIMO radar
doa_dod_cs_sj
- CS—MIMO雷达参数估计的关于双基地雷达的一个典型范例-CS-MIMO radar parameters estimated a typical example of the bistatic radar
ML_VP
- 基于穷搜算法的向量扰动预编码脚本，用于测试该算法的误比特率性能。系统模型为4×4的MIMO系统。调制方式为4QAM。参数可以更改。-vector perturbation(VP) precoding algorithm based on exhaustive search (ML). 4*4 MIMO system with 4QAM.
ZF
- ZF equalizer in mimo
MMSE
- code matlab MMSE in mimo
ala_2rx_BPSK
- code alammouti in mimo
Alamouti
- guide matlab alamouti in mimo
w4_4
- code matlab OSTBC in mimo
MainEigenvectorsSelectionInMIMO
- 该资料给出了一种基于特征空间的MIMO天线选择算法，并给出了详细的算法描述，及仿真结果。-The information gives a antenna selection based on main eig envectors of CSI, and gives a detailed descr iption of the algorithm, and simulation results
AntennasSelectionInfluenceOnMIMO-
- 发送天线选择对MIMO性能的影响。该资料提出了一种在接收端结合最大比合并的发送天线选择新算法。-Transmit antennas selection influence on performance of MIMO systems
NumberVariableAntennaSelection
- 相关MIMO 信道下可变数目天线选择算法。该资料提出了两种可变数目天线选择算法，来动态适应多种相关MIMO信道环境。-Number Variable Antenna Selection Algorithms for Correlated MIMO Channels
Selection-OfMIMO
- 多用户分布式MIMO系统的低复杂度天线选择算法-Low complexity antenna selection algorithm for multi-user distributed MIMO system
alamti
- alamuti STBC for mimo systems
mimo_LOS
- Matlab仿真，ＭＩＭＯ信道下直视情况下信道容量的仿真及结果！-Matlab simulation, the simulation results of channel capacity in the case is open MIMO channel!
mimo_parameter
- MIMO信道的建模函数， 可实现四种功能：产生瑞利衰落信道，产生具有特定功率的高斯噪声，产生01信息比特流和在给定原输入信号下的误码率。-MIMO channel modeling function for the four functions: generate Rayleigh fading channels, generate Gaussian noise with a specific power to generate 01 bits of information flow and g