A digital binary communication system with data rate 110 bits/sec and AWGN psdNo= 0.01 uses the following signals to represent binary digits 1 and 0,respectively:Osts 1/110Osts 1/110s1(t) = 1.7,So(t) = - 25,(t),Find the threshold, employed at the receiver, which minimizes the average probability oferror of the optimum receiver assuming the two transmitted signals are equallyprobable.The answer should be a number rounded to 5 decimal digits (the minus sign isaccepted while other symbols like % are not)Find the average energy per signal assuming that the two signals are equally probable.

A digital binary communication system with data rate 110 bits/sec and AWGN p No= 0.01 uses the following signals to represent binary digits 1 and 0, respectively: s1(t) = 1.7, Osts 1/110 So(t) = - 2s,(t), Osts 1/110 Find the threshold, employed at the receiver, which minimizes the average probability error of the optimum receiver assuming the two transmitted signals are equally probable. The answer should be a number rounded to 5 decimal digits (the minus sign is accepted while other symbols like % are not)

A digital binary communication system with data rate 110 bits/sec and AWGN p No= 0.01 uses the following signals to represent binary digits 1 and 0, respectively: s1(t) = 1.7, Osts 1/110 So(t) = - 2s,(t), Osts 1/110 Find the threshold, employed at the receiver, which minimizes the average probability error of the optimum receiver assuming the two transmitted signals are equally probable. The answer should be a number rounded to 5 decimal digits (the minus sign is accepted while other symbols like % are not)

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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