Consider a LTI system with unit impulse response 1 h(t) = 8(t)+8(t 1)+8(t-2) %3D 4...

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Consider a LTI system with unit impulse response 1 h(t) = 8(t)+8(t – 1)+8(t-2) %3D 4 The input given to the system is a random process X(t) and the output is Y(t). Given the input power spectrum Pcos), la<3 Sxx (@) = 6. 0, elsewhere. where Pis a real constant, find (i) (ii) the cross-power spectrum and the cross-correlation functions, Ry (T) and Ryx (7). Consider a LTI system with unit impulse response 1 h(t) = 8(t)+8(t – 1)+8(t-2) %3D 4 The input given to the system is a random process X(t) and the output is Y(t). Given the input power spectrum Pcos), la<3 Sxx (@) = 6. 0, elsewhere. where Pis a real constant, find (i) (ii) the cross-power spectrum and the cross-correlation functions, Ry (T) and Ryx (7).