搜索资源列表
Single_Carrier_FDMA(SC-FDMA)matlab
- Single Carrier FDMA又称SC-FDMA或者DFT-Spread-OFDM是3GPP LTE最新提出的适用于上行传输的一种新方案。相对于OFDMA(主要用于下行),其最大的优势在于低峰值平均功率比(即PAPR)。本程序包括OFDMA,SC-FDE(单载波频域均衡)以及SC-FDMA程序,接收端采用经典的ZF和MMSE检测算法,程序短小精悍,相当经典,方便该领域的人学习与研究。
ber_linear_detection
- MIMO系统线性检测算法误码率性能的脚本,包括MMSE, ZF,MF等。只需输入接受天线个数、发送天线个数即可。 -MIMO system bit error rate performance of linear detection algorithm scr ipt, including the MMSE, ZF, MF. Simply enter the number of receiving antennas, the number of transmit antennas.
V-BLAST2
- 本程序是对V-BLAST系统及其检测算法的仿真,可采用BPSK,QPSK,16QAM,64QAM调制。检测算法为ML,MMSE,ZF,以及采用迫零的连续干扰消除检测算法。-This procedure is the V-BLAST system and its detection algorithm simulation, can be used BPSK, QPSK, 16QAM, 64QAM modulation. Detection algorithm for the ML, MMSE,
V-BLAST
- 本程序是对V-BLAST系统及其检测算法的仿真,可采用BPSK,QPSK,16QAM,64QAM调制。检测算法为ML,MMSE,ZF,以及采用迫零的连续干扰消除检测算法。-V-blast ml mmse zf
V-BLAST
- 本程序是对V-BLAST系统及其检测算法的仿真,可采用BPSK,QPSK,16QAM,64QAM调制。检测算法为ML,MMSE,ZF,以及采用迫零的连续干扰消除检测算法。-This procedure is the V-BLAST system and its detection algorithm simulation, can be used BPSK, QPSK, 16QAM, 64QAM modulation. Detection algorithm for the ML, MMSE,
vblast
- 程序仿真了两种(ZF,MMSE)Vblast接收机的检测性能,绘制误比特率~信噪比曲线。-ZF,MMSE,两种检测算法的性能blast testing program, the price ZF, MMSE detection algorithm in the performance of four
SM_MMSE_ZF
- 空间复用中ZF/MMSE-SIC检测算法-MMSE-SIC ZF-SIC Spatial Multiplexing schemes
bpsk
- 层空时码有三种普遍的检测算法:最大似然(Maximum Likelihood ,ML)检测算法、迫零(zero forcing ,ZF)检测算法、最小均方误差(Minimum Mean Squared Error,MMSE)检测算法。-There are three layers in general space-time code detection algorithms: maximum likelihood (Maximum Likelihood, ML) detection algori
ZF-detection-algorithm
- 垂直分层编码ZF检测算法程序代码问题,此程序是在调制方式为QPSK或4QAM下,未编码的V-BLAST系统 计算噪声功率时,信号的功率要用总的接收信号的功率.每根接收天线上的噪声功率是相同的.同时总的信号能量归一化,每根天线上发送的信号能量是总的发 送能量的1/Nt,其中Nt是发送天线数, 改变发送天线Nt和接收天线数目Mt,可以比较QPSK和4QAM时4发4收,4发6收,8发8收,8发12收等多发多收的情况 -Vertical stratification coding Z
EX3
- 仿真V-BALST结构ZF检测算法性能,调制方式为QPSK-Simulation V-BALST structure of ZF detection algorithm performance, the modulation method is QPSK
ex3
- 仿真V-BALST结构ZF检测算法性能,调制方式为QPSK-Simulation the V-BALST structure ZF detection algorithm performance, the modulation scheme is QPSK
simulation-V-BALST
- 仿真V-BALST结构ZF检测算法性能。-Simulation V-BALST structure ZF detection algorithm performance.
ZF-MMSE
- ZF-SIC、MMSE-SIC检测算法实现,及误码率对比,带检测信道的所有行最小二范数的函数-ZF-SIC, MMSE-SIC detection algorithm, and the error rate compared with all the lines to detect the smallest two-channel function norm
V-BALST
- 仿真V-BALST结构ZF检测算法性能,调制方式为QPSK-performance simulation of V-BALST structure ZF detection algorithm , the modulation scheme is QPSK
ex3
- V-BLAST结构的ZF检测算法性能,分别在无干扰消除和有干扰消除的系统性能-ZF detection algorithm performance V-BLAST structure, respectively, and there is no interference to eliminate interference cancellation system performance
zf
- 4入4出收发天线下ZF检测算法,在不同信道时的不同仿真-4 into the 4 transceiver antenna under the ZF detection algorithm, in different channels when the different simulation
ZF for MIMO
- 在MIMO系统下的迫零检测算法的运用,已通过调试。(The use of zero forcing detection algorithm in MIMO system has been debugged.)
MIMO和Massive MIMO信号检测算法仿真程序
- 本资源中包含了三种线性信号检测算法MRC,ZF,MMSE和非线性信号检测算法ZF-SIC,MMSE-SIC。分别在传统mimo和Massive MIMO系统中进行仿真,分别给出了信噪比-误码率曲线和误码率-接收天线数曲线(MIMO signal detection algorithm)
检测算法
- 这文件是ZF-SIC检测算法文件,可以直接运行且有实验结果。串行干扰消除算法(Successive Interfere Cancellation,SIC)首先由贝尔实验室提出,其核心思想是每次选择一个信号进行检测,然后从接收信号中减去已检测出的信号造成的干扰,这样可以消除已检测出的信号对未检测信号的干扰,提高检验性能