2- Consider a binary 3-bit communication system that transmits either zeros or ones with with probabilitypi and p2 respectively. Transmitting probabilities have a ratio of p1 /p2 = 3/4. Because of channelnoise, a transmitted zero is received as a one with probability a , with a similar random corruptiona transmitted one is received as a zero by error.Note that all possible 3-bit sequences (2 = 8 different ones such that “000"...to... “111") can bereceived at remote site due to random noise, regardless of whatever host sent or vice versa.a) Compute the probability of receiving “101" in terms of a . Consider, transmitted sequence could beany one of them above.b) Suppose a sequence “101" is received, what is the probability that "101" was actually transmitted, interms of a ?

Name: 2- Consider a binary 3-bit communication system that transmits either
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Description: 2- Consider a binary 3-bit communication system that transmits either zeros or ones with with probabilitypi and p2 respectively. Transmitting probabilities have a ratio of p1 /p2 = 3/4. Because of channelnoise, a transmitted zero is received as a on

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a) Compute the probability of receiving “101" in terms of a . Consider, transmitted sequence could be any one of them above. b) Suppose a sequence “101" is received, what is the probability that “101" was actually transmitted, in terms of a ?

a) Compute the probability of receiving “101" in terms of a . Consider, transmitted sequence could be any one of them above. b) Suppose a sequence “101" is received, what is the probability that “101" was actually transmitted, in terms of a ?

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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