Consider the following block diagram: Y(1) h(t) where X (t) is a WSS random process with zero mean and autocorrelation: Rx (T) = AT (7) and where h(t) = 8 (t – 0) 2011 21 p1070 21 D1070 $26 P1070

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Consider the following block diagram:
X(1)
Y(t)
where X (t) is a WSS random process with zero mean and autocorrelation:
h(t)
045
Rx (T) = AT (T)
and where
h(t) = 8(t – 0)
is the impulse response of an LTI system.
045
Find the mean value E { Y (t)} of the process Y (t). knowing that = 0,8. T
Note: beware that the circular block is a multiplier. The output signal is the product of the two input signals.
121 10703202045
401070 262045
p1070
26203
t070 s262045
72045 01
1170 202045
08262045
120
P1070
1070
010
Upo
Transcribed Image Text:Consider the following block diagram: X(1) Y(t) where X (t) is a WSS random process with zero mean and autocorrelation: h(t) 045 Rx (T) = AT (T) and where h(t) = 8(t – 0) is the impulse response of an LTI system. 045 Find the mean value E { Y (t)} of the process Y (t). knowing that = 0,8. T Note: beware that the circular block is a multiplier. The output signal is the product of the two input signals. 121 10703202045 401070 262045 p1070 26203 t070 s262045 72045 01 1170 202045 08262045 120 P1070 1070 010 Upo
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