With these MATLAB codes, you can please solve this question and please include the graphics.

Dosya Dzen Biim Grnm Yardm \[ \text { ip_05 } 08 \text { v } 2 \] \% MATLAB script for Illustrative Problem 5.5. clear; clc close all SNRindB =0; SNR=10. ( SNRindB. /10); E=sqrt(1) sgma=sqrt(E)/sqrt (2SNR);% sigma, standard deviation of noise ip_05_08 v2 %5gma=1; %E=sqrt(2sNR) N=1000; \% Generation of the binary data source follows. \% KAYNAK - TX dsource =randi([01],N,1); \% The detection, and probability of error calculation follows. numoferre0; for i=1:N, % KAYNAK - TX if ( dsounce (i)==0), sm(i)=1; \% if the source output is " " else sm(i)=1;% if the source output is " 1" end; \%KANAL r(i)=Esm(i)+(randn+jrandn)sgma; end scatterplot (sm) scatterplot (r) Dosya Dzen Biim Grnm Yardim % sgma =1; %E=sqrt(2SNR) N=100000; \% Generation of the binary data source follows. \% KAYNAK - TX dsource=randi ([01],N,1); \% The detection, and probability of error calculation follows. numoferre0; for i=1:N, % KAYNAK - TX if (dsource (i) ==0 ), sm(i)=1; % if the source output is " " else sm(i)=1; % if the source output is " 1 " end; \%KANAL r=Esm(i)+ (randn +j randn) sgma; %ALICIRX \% Detector follows. if (r