NO MATTER HOW MUCH YOU DO IN 30 MINUTES AND SEND!!! Figure Iny (t)TransmitterRegiverDecided signalSwitch The block diagram of a binary antipodal signaling system, with the signal set of{s1(t) = g(t), s2(t) = -g(t)} is given in Figure 1 and g(t) has an energy equal to Eg. Thereceiver makes its decision based on the observation of the two received signals r, (t) andr2 (t). The lower branch has a switch which can be open or closed randomly, where P(open) =0.25 and P(closed) = 0.75. The noise processes are stationary, zero-mean, independent, white,and Gaussian processes each with a power spectral density of2a) If the receiver does not know the position of the switch, what is the optimal decision rulein terms of r1,r2, Eg and No? You do not have to expand and simplify your expression.b) If the receiver knows the position of the switch, what is the optimal decision rule in termsof r1, r2, Eg and No? You do not have to expand and simplify your expression.

The block diagram of the binary antipodal signalling system is given The signal sets of…

Answered: igure 1 Transmitter ReceiveDeaided…

Engineering

Electrical Engineering

igure 1 Transmitter ReceiveDeaided signal Switch

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

NO MATTER HOW MUCH YOU DO IN 30 MINUTES AND SEND!!!

Figure I
ny (t)
Transmitter
RegiverDecided signal
Switch

The block diagram of a binary antipodal signaling system, with the signal set of
{s1(t) = g(t), s2(t) = -g(t)} is given in Figure 1 and g(t) has an energy equal to Eg. The
receiver makes its decision based on the observation of the two received signals r, (t) and
r2 (t). The lower branch has a switch which can be open or closed randomly, where P(open) =
0.25 and P(closed) = 0.75. The noise processes are stationary, zero-mean, independent, white,
and Gaussian processes each with a power spectral density of
2
a) If the receiver does not know the position of the switch, what is the optimal decision rule
in terms of r1,r2, Eg and No? You do not have to expand and simplify your expression.
b) If the receiver knows the position of the switch, what is the optimal decision rule in terms
of r1, r2, Eg and No? You do not have to expand and simplify your expression.

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