搜索资源列表
TCM-8PSKfenxi
- 网格编码8PSK系统中最佳码的研究与分析-Trellis Coded 8PSK system code to the best research and analysis
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.
OSTBCR3-4
- 码率为3/4正交空时分组码使用8PSK调制解调程序-OSTBC using 8psk
8psk
- (1) 分析QPSK调制、解调原理,并画出其系统框图; (2) 产生等概率且相互独立的二进制序列,作为待传输的信号,并画出其波形; (3) 进行8PSK调制,分别画出I、Q两支路信号经过乘法器后的波形以及8PSK调制波形; (4) 产生均值为0,方差为1的加性高斯随机噪声,画出其时域波形及频谱; (5) 将加性高斯随机噪声作为传输信道的干扰,画出接收端信号的时域图; (6) 进行8PSK解调,输出解码序列,画出解调后信号波形; (7) 计算系统信噪比、传输误码率。-(1)
dediff_8psk
- 应用MATLAB仿真8PSK调制解调以及其误码率与信噪比的关系-Using MATLAB simulation 8PSK modulation and demodulation, as well as the relationship between error rate and SNR
Angle_IQ_Normalize
- 8psk星座图旋转,解决8psk pi/4相位模糊的问题.-8PSK constellation rotation, to solve the problem of fuzzy 8PSK pi/4 phase.
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
baseband-signal_ofdm
- 一个OFDM 基带信号,采用256点IFFT,子载波采用8PSK映射,加保护段,调制信号采用“削顶”方法降低PAPR,FIR 半带滤波,最后输出时域信号/频域响应。包含各级的视频域比较-An OFDM baseband signal, using the 256-point IFFT, the sub-carrier using 8PSK mapping, plus the protection section, the modulated signal " cut top"
PSK_8
- 用simulink实现8PSK调制解调,并显示眼图和星座图-8PSK in simulink realise
8PSK
- M=8PSK通信系统的MonteCarlo仿真,检测器的检测算法按照最接近接收信号相位的方法选为信号点。-M = 8PSK communication system Monte Carlo simulation, detector detection algorithm according to the method closest to the received signal phase is selected to signal point.
main_no_offset_2
- 假设截获了一段短波数字通信的信号,要求解调出最终的信息,每组解调出来后,将10组信息组合起来,恢复最终的信源输出数据。 先验信息:两组数据文件,编号为1、2,每组I、Q两路存放,格式为“int16”,采样率为9600Sa/s,其中第一组为单径情况,第二组为多径情况。 参数符合MIL-STD-188-110A标准; 同步序列为syn=seq.dat,BPSK调制; 接收机频率稳定度高于1e-6。 文件中有效信息总长度为333.75s,其中同步头长为5/12s,每时隙1/6s,训
8psk
- 使用matlab进行8psk调制与解调的代码,里面还有滚降滤波器等代码-Using MATLAB for 8PSK modulation and demodulation of the code, there are roll down filter code
code_all
- 根据低通等效原理,编写8PSK,16PSK,16QAM调制、解调的程序,并在AWGN信道下仿真它的误码率。(According to the low-pass equivalent principle, the program of 8PSK, 16PSK, 16QAM modulation and demodulation is compiled, and the bit error rate is simulated in AWGN channel.)
