搜索资源列表
imagecodingexample
- 处理图像lena.bmp,并画出各图像的灰度层次的分布图，并对256位和16位信源数据进行霍夫曼编码-lena.bmp image processing and paint images of the gray level of distribution map as well as 256-bit and 16-bit data source coding Hoffman
QAMPSK-GEN
- 这是QAM信号和PSK信号产生程序，可以生成16-QAM,32-QAM,64-QAM和M进制psk信号。-This is PSK and QAM signals a process can generate 16-QAM ,32-QAM. 64-M and 229 QAM signals psk.
QAMPSKdemo
- 这是QAM信号和PSK信号的解调程序，其中包括16-QAM,32QAM,64-QAM和M进制PSK信号。-This is PSK and QAM signal demodulation process, including 16-QAM, 32QAM. 64-QAM and M-ary PSK signals.
powclip
- COFDM系统在不同调制方式（BPSK/QPSK/16PSK）下的PPCR和BER的比较。不含噪声和多径-COFDM modulation system in different ways (BPSK/QPSK/16PSK) under the PPC R and BER comparison. Without noise and multipath
simsnr
- 在COFDM传输过程中白噪声的影响。信噪比从0～20db，BER的变化。调制方式：BPSK/QPSK/16PSK-COFDM transmission in the course of white noise impact. Signal-to-noise ratio from 0 ~ 20db, BER changes. Modulation : BPSK/QPSK/16PSK
qpsk_16psk_pam
- 仿真了QPSK，16PSK与QAM信号在不同通信信道中的误码率。-simulation of QPSK, 16QAM and QAM signals in different communication channel bit error rate.
16psk
- 给出比较少见的16PSK的仿真算法，包括高斯信道，瑞利信道及线性时不变信道。其中，在瑞利信道中，给出了均衡前均衡后比较结果，从中可以看出均衡的效果-is relatively rare in the estimation algorithm, including Gaussian Channel, Rayleigh channel and the linear time-invariant channel. Of these, the
Communication
- 介绍了16PSK与16QAM调制的概念，分析了调制的频带利用率和误码性能仿真，总结了16QAM调制和16PSK调制的优缺点。-Introduction of 16QAM modulation 16PSK with the concept of analysis of modulation bandwidth efficiency and BER simulation, summed up the 16PSK modulation 16Q
PSKBER
- 对M=16的PSK系统仿真，分析系统的误码率，画出仿真误码率曲线，与理论误码率曲线进行比较。（MATLAB语言实现）-M = 16 of the PSK system simulation, analysis of system error rate, BER simulation draw curve, with the theoretical BER curves were compared. (MATLAB language)
PSK
- 一个16PSK的调制与解调的程序，能够画出星座图和加如高斯白噪声信道-A 16PSK of modulation and demodulation process, to draw the constellation diagram and processing, such as Gaussian white noise channel
script_16psk_gray_mapping_bit_error_rate
- Matlab code for 16 psk mapping that is gray coded
16psk_16qam
- psk ve qam nedir ne iş e y-psk ve qam nedir ne iş e yarar
psk
- 编写M函数的MATLAB仿真程序，实现M=2，4，8，16，32的M相PSK符号差错概率。-The preparation of M simulation program MATLAB function, M = 2,4,8,16,32 to achieve the M-phase PSK symbol error probability.
123
- Rayleigh信道中的误码率仿真源代码下载-Descr iption This program simulates the bit-error-rate (BER) performance of Orthogonal space time block code over Rayleigh fading channel with L=4 TX antennas and M=1 RX antenna The code has b
psk16_transmitter
- 16PSK Transmitter model in Simulink, utilizing 16 levels of gray coded bit to symbol conversion.
symbol-error-rate-for-16-PSK-modulation
- BER for 16-PSK modulation
PAM-a-PSK
- Modulation PAM 4,PAM 16,PSK 4,PSK 16 MTLAB File
Performance-Analysis-of-M-PSK-master
- BER v/s EbNo plots were obtained for QPSK, 8-PSK, 16-PSK
BER_16PSK_GRAYMAPPNG
- BIT ERROR RATE FOR 16 PSK GRAY MAPPING
16-QAM调制系统的FPGA实现
- 16-QAM调制系统的FPGA实现 正交幅度调制(QAM)由于具有很高的频谱利用率被DVB-C等标准选做主要的调制技术。与多进制PSK(MPSK)调制不 同，OAM调制采取幅度与相位相结合的方式，因而可以更充分地利用信号平面，从而在具有高频谱利用效率的同时可以获得比MPSK更低的误码率。(FPGA implementation of 16-QAM modulation system)