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Question 1. A wide sense stationary (WSS) random process has the power spectral density given by (where o is the frequency in rad/sec): What is the mean square value of the process? a) S(o) 8x10-3 -200 -150 150 200 o rad/sec b) The power spectral density is now plotted with the horizontal axis being in Hertz (Hz). Determine what values A, B, C, D, E should be so that the plot corresponds to that in part (i). S(f) E A B C D f Hz

Question 1. A wide sense stationary (WSS) random process has the power spectral density given by (where o is the frequency in rad/sec): What is the mean square value of the process? a) S(o) 8x10-3 -200 -150 150 200 o rad/sec b) The power spectral density is now plotted with the horizontal axis being in Hertz (Hz). Determine what values A, B, C, D, E should be so that the plot corresponds to that in part (i). S(f) E A B C D f Hz

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Question 1. а) A wide sense stationary (WSS) random process has the power spectral density given by (where o is the frequency in rad/sec): What is the mean square value of the process? S(0) 8x10-3 -200 -150 150 200 o rad/sec b) The power spectral density is now plotted with the horizontal axis being in Hertz (Hz). Determine what values A, B, C, D, E should be so that the plot corresponds to that in part (i). S(f) E A B C D f Hz
Transcribed Image Text:Question 1. а) A wide sense stationary (WSS) random process has the power spectral density given by (where o is the frequency in rad/sec): What is the mean square value of the process? S(0) 8x10-3 -200 -150 150 200 o rad/sec b) The power spectral density is now plotted with the horizontal axis being in Hertz (Hz). Determine what values A, B, C, D, E should be so that the plot corresponds to that in part (i). S(f) E A B C D f Hz
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