-TA binary communication system transmits two signals, as shown in Figure P.15, depending on the information bits. Let's say that AWGN noise with PSD $N_{0} /2 = 1 0^{? 4} W / Hz$ is added to the signal through the channel. (a) If the receiver is implemented as a single matched filter, find the impulse response of the matched filter and draw the waveform. (b) Find a threshold for bit determination from the filter force. (c) Find the probability of a bit error on the receiver. (d) How does doubling the amplitude of a signal change the probability of a bit error?

Question

student submitted image, transcription available below

-TA binary communication system transmits two signals, as shown in Figure P.15, depending on the information bits. Let's say that AWGN noise with PSD

N_{0} /2 = 1 0^{? 4} W / Hz

is added to the signal through the channel. (a) If the receiver is implemented as a single matched filter, find the impulse response of the matched filter and draw the waveform. (b) Find a threshold for bit determination from the filter force. (c) Find the probability of a bit error on the receiver. (d) How does doubling the amplitude of a signal change the probability of a bit error?

Accepted Answer

Expert Answer to -  -TA binary communication system transmits two signals, as shown in Figure P.15, depending on the in

Answer

Solution for -  -TA binary communication system transmits two signals, as shown in Figure P.15, depending on the in

Answer

This an additional answer to -  -TA binary communication system transmits two signals, as shown in Figure P.15, depending on the in

(Solved): -TA binary communication system transmits two signals, as shown in Figure P.15, depending on the in ...

View Expert Answer

Expert Answer

Buy This Answer $5

Place Order

We Provide Services Across The Globe