4-A ternary communication system is represented by conditional probabilities P(2r/1s) -0.1, P(2r/2s)=0.9, P(1r/0s)-0.1, P(1r/1s)-0.9, P(Or/0s)=0.9, P(Or/2s) 0.1. Suppose that input symbols 0,1, and 2 occurs with equal probability. Find the probability of the output symbols. Then, suppose that a 1 is observed at the output what is the probability that the input was 0?

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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correct to three decimals places.
4-A ternary communication system is represented by conditional probabilities
P(1/1s)=0.9, P(2r/1s)-0.1, P(2r/2s)=0.9,
P(1r/0s) 0.1,
P(Or/0s)=0.9,
P(Or/2s) 0.1. Suppose that input symbols 0,1, and 2 occurs with equal probability.
Find the probability of the output symbols. Then, suppose that a 1 is observed at
the output what is the probability that the input was 0?
5- What is an entire function? Give an examples.
Transcribed Image Text:correct to three decimals places. 4-A ternary communication system is represented by conditional probabilities P(1/1s)=0.9, P(2r/1s)-0.1, P(2r/2s)=0.9, P(1r/0s) 0.1, P(Or/0s)=0.9, P(Or/2s) 0.1. Suppose that input symbols 0,1, and 2 occurs with equal probability. Find the probability of the output symbols. Then, suppose that a 1 is observed at the output what is the probability that the input was 0? 5- What is an entire function? Give an examples.
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