1) An LTI (Linear Time Invariant) system is given below with an input x[n] and output y[n] y[n] = = {x[n] + x[n+ 1] + x[n+ 2]} and x[n] = u[n] – u[n – 1] Compute for this system, a) h[n], the impulse...

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1) An LTI (Linear Time Invariant) system is given below with an input x[n] and<br>output y[n]<br>y[n] = = {x[n] + x[n+ 1] + x[n+ 2]} and x[n] = u[n] – u[n – 1]<br>Compute for this system,<br>a) h[n], the impulse response<br>b) Calculate y[n] for given x[n] analytically and calculate y[n] using graphical<br>convolution<br>c) Is this system causal? Why? and What is this system used for?<br>

Extracted text: 1) An LTI (Linear Time Invariant) system is given below with an input x[n] and output y[n] y[n] = = {x[n] + x[n+ 1] + x[n+ 2]} and x[n] = u[n] – u[n – 1] Compute for this system, a) h[n], the impulse response b) Calculate y[n] for given x[n] analytically and calculate y[n] using graphical convolution c) Is this system causal? Why? and What is this system used for?

Jun 11, 2022

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1) An LTI (Linear Time Invariant) system is given below with an input x[n] and output y[n] y[n] = = {x[n] + x[n+ 1] + x[n+ 2]} and x[n] = u[n] – u[n – 1] Compute for this system, a) h[n], the impulse...

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