2. Covariance matrix of temperature measurements in a weather = station, represented with a random vector X=[X₁ X2 X3]', is given as: Cx It is known that RVs X₁ are random Gaussian in nature 14 12.1 10.87 12.1 12 0 L10.8 0 11 a. What is the variance in these three measurements? Hint: Remember Cov(X,X)=Var(X) b. What are the Cov[X₁,X2] and Cov[X3, X1]? c. Are X₁ independent from one another?
2. Covariance matrix of temperature measurements in a weather = station, represented with a random vector X=[X₁ X2 X3]', is given as: Cx It is known that RVs X₁ are random Gaussian in nature 14 12.1 10.87 12.1 12 0 L10.8 0 11 a. What is the variance in these three measurements? Hint: Remember Cov(X,X)=Var(X) b. What are the Cov[X₁,X2] and Cov[X3, X1]? c. Are X₁ independent from one another?
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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![14
2. Covariance matrix of temperature measurements in a weather
station, represented with a random vector X=[X₁ X2 X3]', is given as: Cx = 12.1
It is known that RVs X₁ are random Gaussian in nature
L10.8
12.1 10.81
0
12
0
11
a.
What is the variance in these three measurements? Hint: Remember Cov(X,X)=Var(X)
b. What are the Cov[X₁,X₂] and Cov[X3,X1]?
C. Are X₁ independent from one another?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F88f29aa5-bb4d-4c36-91e0-84a07da8e51f%2Fb43e6a83-5f91-41ac-943a-98fdb1f86019%2Ffotc1lb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:14
2. Covariance matrix of temperature measurements in a weather
station, represented with a random vector X=[X₁ X2 X3]', is given as: Cx = 12.1
It is known that RVs X₁ are random Gaussian in nature
L10.8
12.1 10.81
0
12
0
11
a.
What is the variance in these three measurements? Hint: Remember Cov(X,X)=Var(X)
b. What are the Cov[X₁,X₂] and Cov[X3,X1]?
C. Are X₁ independent from one another?
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