A finite-energy signal with time-domain expression x(t) is sent into a LTI channel or device with...

 

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A finite-energy signal with time-domain expression x(t) is sent into a LTI channel or device with impulse response h(t), yielding an output signal y(t): x(t) = ) = 201¹ (¹¹) h(t) = 18 (t− 2) Derive the following: a) the autocorrelation function Rx(T) of the input signal x(t) b) the energy spectral density function of x (t) c) the cross-correlation function Rxy(t) of input signals x(t) and output y(t) A finite-energy signal with time-domain expression x(t) is sent into a LTI channel or device with impulse response h(t), yielding an output signal y(t): x(t) = ) = 201¹ (¹¹) h(t) = 18 (t− 2) Derive the following: a) the autocorrelation function Rx(T) of the input signal x(t) b) the energy spectral density function of x (t) c) the cross-correlation function Rxy(t) of input signals x(t) and output y(t)

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a the autocorrelation function Rx of the input signal xt ... View the full answer