Question: Consider the cascade of discrete-time systems in Figure. The time-reversal systems are defined by the equation f[n] = e[? n] and y[n] = g[? n].
Consider the cascade of discrete-time systems in Figure. The time-reversal systems are defined by the equation f[n] = e[? n] and y[n] = g[? n]. Assume throughout the problem that x[n] and h1[n] are real sequences.
![LTI LTI Time- reversal Time- system system reversal x ] e[n) system](https://dsd5zvtm8ll6.cloudfront.net/si.experts.images/questions/2022/11/636a5018524c4_704636a50183f800.jpg)
(a) Express E(ej?), F(ej?), G(ej?), and Y(ej?) in terms of X(ej?) and H1(ej?).
(b) The result from Part (a) should convince you that the overall system is LTI. Find the frequency response H(ej?) of the overall system.
(c) Determine an expression for the impulse response h[n] of the overall system in terms of h1[n].
LTI LTI Time- reversal Time- system system reversal x ] e[n) system S[n] g[n] system y[n) H,(e") H;(e")
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