Problem 2 Two random processes are defined by X (1) = Asin(@t +0) Y(t) = B sin(@t+0) where 0 is a random variable with uniform distribution between 0 and 27, and wis a known constant. The A and B...


Problem 2<br>Two random processes are defined by<br>X (1) = Asin(@t +0)<br>Y(t) = B sin(@t+0)<br>where 0 is a random variable with uniform distribution between 0 and 27, and wis a<br>known constant. The A and B coefficients are both normal random variables N(0,0),<br>and are correlated to each other with a correlation coefficient p. Show that the cross-<br>correlation function Ryy (7) is given by:<br>XY<br>Rxy (7) =<br>1<br>po² cos(@t).<br>Assume A and B are independent of 0.<br>

Extracted text: Problem 2 Two random processes are defined by X (1) = Asin(@t +0) Y(t) = B sin(@t+0) where 0 is a random variable with uniform distribution between 0 and 27, and wis a known constant. The A and B coefficients are both normal random variables N(0,0), and are correlated to each other with a correlation coefficient p. Show that the cross- correlation function Ryy (7) is given by: XY Rxy (7) = 1 po² cos(@t). Assume A and B are independent of 0.

Jun 03, 2022
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