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Problem 4. Gaussian Random Variables
Problem 4. Gaussian Random Variables
Let X be a standard normal random variable. Let Y be a continuous random variable such that
8 answers
asked by
infj
3,490 views
A zero-mean Gaussian random process has an auto-correlation function
R_XX (τ)={■(13[1-(|τ|⁄6)] |τ|≤6@0 elsewhere)┤
0 answers
asked by
Rakesh
521 views
In this problem, you may find it useful to recall the following fact about Poisson random variables. Let X and Y be two
0 answers
asked by
Anonymous
1,168 views
Problem 2. Continuous Random Variables
2 points possible (graded, results hidden) Let 𝑋 and 𝑌 be independent continuous
0 answers
asked by
peter
2,737 views
Let X1 , X2 , X3 be i.i.d. Binomial random variables with parameters n=2 and p=1/2 . Define two new random variables
Y1 =X1−X3,
1 answer
asked by
AK
1,383 views
Let X1 , X2 , X3 be i.i.d. Binomial random variables with parameters n=2 and p=1/2 . Define two new random variables
Y1 =X1−X3,
11 answers
asked by
ram121
1,959 views
Let X1 , X2 , X3 be i.i.d. Binomial random variables with parameters n=2 and p=1/2 . Define two new random variables
Y1 =X1−X3,
1 answer
asked by
Anonymous
699 views
Let X1 , X2 , X3 be i.i.d. Binomial random variables with parameters n=2 and p=1/2 . Define two new random variables
Y1 =X1−X3,
10 answers
asked by
TAZ
1,502 views
Convergence in distribution
Let Tn be a sequence of random variables that converges to N(0,1) in distribution. Call Y = 2*Tn + 1
1 answer
asked by
egg
129 views
You observe k i.i.d. copies of the discrete uniform random variable Xi, which takes values 1 through n with equal probability.
De
1 answer
asked by
Andy
183 views