Procedure: 1- Input the probability of all events. 2- Input the period of each event. 3- Calculate the source entropy. 4- Calculate the average time. 5- Calculate the source entropy rate. Clc; Mahrm Clear; Px= [0.65 0.35]; t =[0.2 0.8]; Hx= - sum(px * log2 (px)); t = sum (t*px); Rx =Hx/t;
Procedure: 1- Input the probability of all events. 2- Input the period of each event. 3- Calculate the source entropy. 4- Calculate the average time. 5- Calculate the source entropy rate. Clc; Mahrm Clear; Px= [0.65 0.35]; t =[0.2 0.8]; Hx= - sum(px * log2 (px)); t = sum (t*px); Rx =Hx/t;
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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![Experiment No. 3
Entropy rate
Procedure:
1- Input the probability of all events.
2- Input the period of each event.
3- Calculate the source entropy.
4- Calculate the average time.
5- Calculate the source entropy rate.
Clc;
Mahmoc
Clear;
Px= [0.65 0.35];
t =[0.2 0.8];
Hx= - sum(px * log2 (px));
t = sum (t*px);
Rx =Hx/t;](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F786b5ea9-b6f2-4b82-a289-b421c71f7868%2Fe7cc650e-9d5a-4ae2-8d25-10ac45a8ea71%2Fqvampw7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Experiment No. 3
Entropy rate
Procedure:
1- Input the probability of all events.
2- Input the period of each event.
3- Calculate the source entropy.
4- Calculate the average time.
5- Calculate the source entropy rate.
Clc;
Mahmoc
Clear;
Px= [0.65 0.35];
t =[0.2 0.8];
Hx= - sum(px * log2 (px));
t = sum (t*px);
Rx =Hx/t;
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