搜索资源列表
MIMO程序
- 老外的MIMO程序,实现不同收发天线数,不同调制方式下的误比特率测量,运行ui-start-foreigners MIMO procedures to achieve different transceiver antenna several different modulation under the bit error rate measurements, run ui - start
qpsk_theroy_ber
- 主要描述了QPSK和D-QPSK调制的理论误比特率曲线。
M-PSK
- 4psk&8psk的matlab实现,采用蒙特卡罗仿真法,计算误码率误比特率,绘制相应曲线-the realization of 4psk&8psk by Matlab tool,it use Monte Carlo way to calculate the BER and draw the graph.
AWGN RAY
- 基于MATLAB的QPSK仿真(AWGN高斯信道和瑞利信道),包括系统框图、功率谱密度、星座图。另外还有一个当发生100个错误时的误码率,高斯信道和瑞利信道下仿真的误码率和误比特率与理论值对比。-MATLAB-based simulation of QPSK (AWGN Gaussian channel and Rayleigh channel), including system block diagram, the power spectral density, constellation
ofdm.m
- 本人的主要任务是利用MATLAB作为仿真工具来实现OFDM在无线信道上的系统仿真,其中主要的仿真模块包括信源产生,波形预处理,调制,插入导频信号和保护间隔,无线信道,接收滤波器,信道估计和信号补偿,解调,计算误比特率模块。-My main task is to use MATLAB as a simulation tool to achieve the wireless channel on the OFDM system simulation, in which the main simula
gmsk
- 一个完整的GMSK仿真程序,基于相关2个码元的调制解调。误比特率低-GMSK a complete simulation program, based on the relevant element of the two yards modem. Low bit error rate
RMcode
- 这是一个可变r,m的RM码的编译码程序,采用BPSK调制,且在AWGN信道下,最终给出误比特率-This is a variable r, m of the RM code decoding process, using BPSK modulation, AWGN channel and in the end gives the bit error rate
2psk
- 2psk性能仿真 仿真2psk的性能特性曲线 误码率以及理想误比特率-2psk simulation
CODE
- 用matlab 进行QPSK 的BER 仿真并与理论值比较,计算使用Naive Code [00 01 10 11] 时QPSK的BER,并与Gray Code 比较,求取8PSK 的Gray Code 下的误比特率BER 的解析解-QPSK,BER,Naive Code,Gray Code, 8PSK
4psk
- 4psk仿真作业 仿真4psk的性能曲线 误码率 和理想误比特率-4psk simulation
QPSK
- QPSK调制在高斯信道下的检测性能,信噪比和误比特率曲线-QPSK modulation performance under gaussian channel, on the curve of the input signal to noise ratio and bit error rate
BPSK
- BPSK调制在高斯信道下的性能,误比特率和信噪比的曲线-BPSK modulation performance under gaussian channel, signal to noise ratio and bit error rate curve
128QAM
- 随机产生二进制序列,进行128QAM调制,画出星座图,通过加性高斯白噪声的信道,再画星座图,并计算误比特率。-128QAM modulate with MATLAB
tp2_program
- 用Matlab仿真一个发端4天线,收端6天线的V-BLAST系统.接收端分别使用ZF(迫零),MMSE(最小均方误差),ML(最大似然)和SIC(串行干扰消除)算法,分析比较各个算法下的误比特率。-Matlab simulation of an originator with 4 antennas, antenna receiving end 6 V-BLAST system. Receiving end were using ZF (zero forcing), MMSE (minimum m