In matlab r2016b 'RF satellite link documentation', the original model has 'Bernoulli binary generator' block as an input signal. I have replaced it with a 'DSP sine wave generator' block. how to convert the samples of sinusoid into the binary form? please find the Picture of the original as well as modified model as an attachment to this question.
MATLAB: How to convert the samples of sinusoid to binary form
conversion of samples of sinusoid into binary or bit format in simulinkmatlab r2016b communication system toolboxrf satellite link modelsimulinksimulink block to convert samples into bits
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clf t=0:0.01:2*pi; y=5*sqrt(2)*cos(2*pi*t+pi/4); %hold on %in case you want to draw your own y lines instead of using GRID plot(t,y,'r'); mx=max(y); %find the maximum value of y mxm=min(y); %find the minimum value of y %draw your own lines % line(get(gca,'Xlim'),[mx mx],'LineStyle','--','Color',[0 0 0]); % line(get(gca,'Xlim'),[-mx -mx],'LineStyle','--','Color',[0 0 0]); % line(get(gca,'Xlim'),[0 0],'LineStyle','--','Color',[0 0 0]); t1=find(y>=(mx-0.01)); %dirty way to find maximum t2=find(y>=-0.23 & y<=0.23); %dirty way to find zeros t3=find(y<=(mxm+0.01)); %dirty way to find minimum ti=[t1 t2 t3]; %put all the interesiting values on a vector ti=sort(ti); %put the values in ascending order v=[find(diff(ti)~=1) numel(ti)]; %remove unwanted values and add last one %set the ticks and turn on grids set(gca,'XTick',t(ti(v))) set(gca,'XTickLabel',t(ti(v))) set(gca,'XGrid','on') set(gca,'YTick',[mxm 0 mx]) set(gca,'YTickLabel',[mxm 0 mx]) set(gca,'YGrid','on') axis([0 max(t(ti(v))) mxm-0.2*abs(mxm) mx+0.2*mx]) %adjust axis
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