Generate bilateral exponential amplitude modulation.
Y = amexpo2s(N) Y = amexpo2s(N,T0) Y = amexpo2s(N,T0,T)
a positive integer value: the number of points.
a positive scalar: the arrival time of the exponential (default : N/2).
a positive scalar: the time spreading (default : 2*sqrt(N)).
a real row vector: the signal.
z1=amexpo2s(160); z2=amexpo2s(160,90,40); z3=amexpo2s(160,180,50); clf;plot([z1 z2 z3]) legend(["T0 = N/2, T = 2*sqrt(N)";"T0 = 90; T = 40";"T0 = 180; T = 50"]); | ![]() | ![]() |