搜索资源列表
AF
- 无线中继通信AF方式协作合并方案,接受端采用MRC,SC,EQC方式进行误码率和信噪比的比较-Radio relay communication AF mode collaboration consolidation programs JieShouDuan adopts MRC system, SC, EQC manner ber and SNR of comparison
ber_OFDM_64s_1e4_withclipping_snr20_differCR_1_2_3
- 限幅方法降低OFDM系统误码率,不通限幅率的比较曲线-reducing the OFDM PAPR with different CR in Clipping methord
ofdm
- 只有一个文件,包含64个子载波的OFDM系统在多径衰落信道中LS和MMSE信道估计误码率比较,MATLAB程序-Only then a document, contains 64 sub-carriers the OFDM systems in the multi-diameter fading channel LS and the MMSE channel estimate error rate comparison, the MATLAB procedure
ofdm
- 对OFDM通信系统进行仿真,使用AWGN信道,生成误码率与信噪比的仿真图形,并与理论图形进行比较-The simulation of the OFDM communication system, using the AWGN channel, BER and SNR generated graphic simulation, and compared with the theoretical graph
CDMAcommunication
- 比较误码率,这个非常有用,对一些基本算法的仿真-Comparison of error rate, this was very useful in simulation of some basic algorithms
qamand16psk
- 主要是QAM与16PSK频谱仿真、误码率比较仿真以及各自的星座图-Mainly QAM spectrum with 16PSK simulation, emulation, and error rate between the respective constellation
channel-simulink
- 衰落信道幅值仿真编程:对瑞利衰落信道进行仿真,并加上高斯白噪声,通过输入不同的信噪比 比较其误码率变化-Amplitude fading channel simulation programming: on the Rayleigh fading channel simulation, and add white Gaussian noise, by entering a different signal to noise ratio to compare their error rate ch
aaaa
- 最简单的基带传输系统用MATLAB仿真,并且计算误码率BER,程序比较简单,适合初学者-Simple baseband transmission system simulation using MATLAB, and calculate the error rate BER, the procedure is relatively simple, suitable for beginners
MIMOjiben
- mimo系统在不同发送和接收天线情况下的误码率比较,版本是2014-MIMO system error in sending and receiving antenna case rate comparison, version 2014
blind16qamsub
- 16qam的mimo系统信道估计误码率比较,方法是盲估计-Blind estimation of the 16QAM MIMO system channel estimation error rate comparison
OFDM
- 基于matlab的OFDM系统仿真,比较了不同CP、子载波下误码率曲线-OFDM system simulation based on matlab, compared different CP, under the sub-carrier BER curves
MatlabSimulation
- 通信系统设计,数字带通传输系统仿真Matlab代码 1. 比较BPSK与QPSK两种调制方式的误码率和误比特率性能(注意QPSK的误码率不同于误比特率),横坐标为SNR,并与理论曲线比较,分析解释仿真图。 2. 要求使用Matlab/C语言/Matlab-simulink中的任一种工具实现。 3. 代码中每个模块都要有详细注释说明。 -Communications systems design, digital bandpass transmission system simul
QPSK在AWGN下的仿真
- QPSK在AWGN下的星座图,计算误码率并与理论的误码率进行比较,绘出比较图。