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Ber For Psk

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8 Threads found on Ber For Psk
Because group delay affects ber it depends by the ber target, and also depends by the type of the filter used, by filter order, and by filter bandwidth. The best answer can be given by a system simulation, which includes above inputs.
Hello! I am writing two Matlab scripts to calculate ber vs Eb/N0 for SIMO Selection Combining and Generalized Selection Combining. I need to calculate simulation ber versus theory ber for M-psk and M-QAM. I would appreciate if someone can give me (or provide me with a link or something) (...)
I'm not sure what you're asking here, but isn't it fairly obvious... ber = 1/2*erfc(sqrt(10^(5/10)))
hi. i'm new in this. i have a noise generator module (frequency variation from 2kHz to 16 KHz )and psk module (bandwidth of 10KHz) . Now by using this i want to plot hte Eb/No Vs ber curve pls any one hlep me . you work with matlab code or with simulink?
Hi, I'm trying to calculate the theoretical ber for M-ary psk in the presence of a Rayleigh Channel. I've been using as a reference on how to do it but I haven't made much progress. In this example he says the ber for Bpsk is the integral of 0.5erfc(sqrt(y))p(y) from 0 to infi
what do you mean by "combine them together" which matlab version do you have? see this program for matlab 2008: clc; clear all; disp('M-Array psk Modulation') %create a random digital message M=input ('M= '); %alphabet size x=randint(input('Number of binary bit stream = '),1,M); nsample=40; %oversampling rate. %use (...)
i need help in calculating the number of bit errors made per decision for my simulation. M=8 for my case for example; if i send symbol X1, and i receive symbol Y1, no error is made if i send symbol X1, and i receive symbol Y2, an error is made <--- how to calculate the number of bit errors if (...)
Hi! The psk modulation is the best talking about ber/Bandwidth. Of course is a little more complex than the other two (the implementation). If you want that those modulations were "Continous Wave" Type, you will have a lot of more trouble implementing your circuits. In other hand, you have the data transmition rate. If you want to do a low

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