📄 pdf_phase.m
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%--------------------------------------------------------------------% pdf_sim.m ---------------------------------------------------------%% Program for the computation of probability density functions p(z).%%--------------------------------------------------------------------% p_z=pdf_sim(xi_t,z,PLOT)%--------------------------------------------------------------------% Explanation of the input parameters:%% xi_t: deterministic process or time-domain signal to be analysed % with respect to the probability density function p(z).% z: equidistant level vector% PLOT: plot of the resulting probability density function p(z), % if PLOT==1function p_thita=pdf_phase(sigma_1_2,sigma_2_2,thita,PLOT)if nargin==2, PLOT=0;enda1=sigma_2_2*(cos(thita).*cos(thita));a2=sigma_1_2*(sin(thita).*sin(thita));c=a1+a2;b=sqrt(sigma_1_2*sigma_2_2);p_thita=b./(2*pi.*c);if PLOT==1, plot(thita,p_thita) xlabel('angle(rad)') ylabel('p(angle)')end
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