Description: *Demonstrate convolutional encoding and decoding
*Simulate BER for QPSK and BPSK, plot and then **compare the result with the theoretical value.
*compare SER of the Rake and ML.
– Symbols are taken randomly from QPSK.
– Run the simulation for different SNR until at least
50 symbol errors are found
– Plot the figure with x-coordinate in SNR (dB) and ycoordinate
in SER. (Matlab function semilogy)
- [simu] - the simulation graph of DS-UWB,it includ
- [DS_uwbprogram] - on simu1 : simlink operation before the
- [TOA_uwb] - This is the uwb system, using TOA positi
- [qammatlab] - This code is related to the MATLAB simul
- [ofdm_test] - OFDM channel estimation (pilot comb), di
- [LTE_transmition_technoiques] - Analysis of the LTE system frequency off
- [OFDM_tutorial] - Complete OFDM simulation Matlab. From tr
- [W_CDMA] - RAKE receiver in WCDMA systems applicati
- [COST207] - MATLAB environment, LTE channel model si
- [Rake] - This is a MATLAB simulation source rake
File list (Check if you may need any files):
New folder\bpskAWGN.m
..........\convlenc.m
..........\hamm_dist.m
..........\qam_ofdm.m
..........\QPSKber.m
..........\SER_RAKE_RECEIVER_ZERO_FORCING.m
..........\viterbidec.m
New folder
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