2. Let , = P(Y = j) be the prior membership probability Write down the expression of the unnormalized and untransformed theoretical (population) Bayes discriminant function 6,(x) for group

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
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Author:Carter
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Chapter10: Statistics
Section10.4: Distributions Of Data
Problem 19PFA
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Please solve only 2nd question

2. Let n; = P(Y = j) be the prior membership probability Write down the expression of the
unnormalized and untransformed theoretical (population) Bayes discriminant function
6,(x) for group
%3!
3. Consider n, = E, I(Y, = j), where n is the number of observations in the data. Write
the estimator , of n, as a function of n.
%3!
%3D
4. Kernel density Estimation for class conditional densities:
• Explain the typical procedure that can be used to help derive the isotropic bandwidth
matrix from Scott's rule of thumb.
• Write down the mathematical expression of the estimator 6,(x) of the Bayes discrim-
inant function for each of the classes when the class conditional is a nonparametric
kernel density estimator
Transcribed Image Text:2. Let n; = P(Y = j) be the prior membership probability Write down the expression of the unnormalized and untransformed theoretical (population) Bayes discriminant function 6,(x) for group %3! 3. Consider n, = E, I(Y, = j), where n is the number of observations in the data. Write the estimator , of n, as a function of n. %3! %3D 4. Kernel density Estimation for class conditional densities: • Explain the typical procedure that can be used to help derive the isotropic bandwidth matrix from Scott's rule of thumb. • Write down the mathematical expression of the estimator 6,(x) of the Bayes discrim- inant function for each of the classes when the class conditional is a nonparametric kernel density estimator
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