(b) (7%) Evaluate s_1(t) * h^*(t) and s_2(t) * h^*(t) at t = T and compute the optimal ML detection threshold.

(c) (6%) Suppose now $ s_1(t) $ is fixed as that in Fig. 1 but we are allowed to design $ s_2(t) $. Find the optimal $ s_2(t) $ such that the probability of error is minimized. Fig. 1 $s_1(t)$ and $s_2(t)$.

(b) \((7\%)\) Evaluate \(s_1(t) * h^(t)\) and \(s_2(t) h^*(t)\) at \(t = T\) and compute the optimal ML detection threshold.

相關申論題

相關試卷

(b) \((7\%)\) Evaluate \(s_1(t) * h^*(t)\) and \(s_2(t) * h^*(t)\) at \(t = T\) and compute the optimal ML detection threshold.

相關申論題

相關試卷

(b) \((7\%)\) Evaluate \(s_1(t) * h^(t)\) and \(s_2(t) h^*(t)\) at \(t = T\) and compute the optimal ML detection threshold.