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(Naive Bayes) We would like to develop classifier to predict the department of a student based on the courses in which she received an A. For this purpose, we collect the following data for 10 students: Student Received A in Department EE EE EE EE EE Optics, Machine Learning, Telecom Databases, Machine Learning, Telecom Algorithms, Machine Learning, Optics Algorithms, Optics, Telecom Algorithms, Databases, Telecom Algorithms, Databases, Machine Learning Databases, Telecom Algorithms, Machine Learning Algorithms, Machine Learning, Optics Databases, Optics, Telecom 2 3. 4. CS CS 9. 10 CS CS CS (a) List and compute all parameters that are needed to learn a Naïve Bayes classifier on this training data (use the first letter of each course to denote the random variable that indicates receiving an A from that course, e.g. T=1 and T=0 respectively indicate that the student received/did not receive an A from Telecom). You don't need to compute the parameters that represent opposite events (since they can be derived from each other), so you need to compute just 1 class prior probability and 10 conditional probabilities such as P(T=1| EE), P(T=1|CS), etc. (b) Using the model you learned, predict the department of a student who received an A in Algorithms, Machine Learning, and Telecom.

(Naive Bayes) We would like to develop classifier to predict the department of a student based on the courses in which she received an A. For this purpose, we collect the following data for 10 students: Student Received A in Department EE EE EE EE EE Optics, Machine Learning, Telecom Databases, Machine Learning, Telecom Algorithms, Machine Learning, Optics Algorithms, Optics, Telecom Algorithms, Databases, Telecom Algorithms, Databases, Machine Learning Databases, Telecom Algorithms, Machine Learning Algorithms, Machine Learning, Optics Databases, Optics, Telecom 2 3. 4. CS CS 9. 10 CS CS CS (a) List and compute all parameters that are needed to learn a Naïve Bayes classifier on this training data (use the first letter of each course to denote the random variable that indicates receiving an A from that course, e.g. T=1 and T=0 respectively indicate that the student received/did not receive an A from Telecom). You don't need to compute the parameters that represent opposite events (since they can be derived from each other), so you need to compute just 1 class prior probability and 10 conditional probabilities such as P(T=1| EE), P(T=1|CS), etc. (b) Using the model you learned, predict the department of a student who received an A in Algorithms, Machine Learning, and Telecom.

MATLAB: An Introduction with Applications
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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4. (Naive Bayes) We would like to develop classifier to predict the department of a student based on the courses in which she received an A. For this purpose, we collect the following data for 10 students: Student Received A in Department EE EE EE EE Optics, Machine Learning, Telecom Databases, Machine Learning, Telecom Algorithms, Machine Learning, Optics Algorithms, Optics, Telecom Algorithms, Databases, Telecom Algorithms, Databases, Machine Learning Databases, Telecom Algorithms, Machine Learning Algorithms, Machine Learning, Optics Databases, Optics, Telecom 2 3. 4 5 EE CS CS CS CS CS 10 (a) List and compute all parameters that are needed to learn a Naïve Bayes classifier on this training data (use the first letter of each course to denote the random variable that indicates receiving an A from that course, e.g. T=1 and T=0 respectively indicate that the student received/did not receive an A from Telecom). You don't need to compute the parameters that represent opposite events (since they can be derived from each other), so you need to compute just 1 class prior probability and 10 conditional probabilities such as P(T=1 | EE), P(T=1|CS), etc. (b) Using the model you learned, predict the department of a student who received an A in Algorithms, Machine Learning, and Telecom.
Transcribed Image Text:4. (Naive Bayes) We would like to develop classifier to predict the department of a student based on the courses in which she received an A. For this purpose, we collect the following data for 10 students: Student Received A in Department EE EE EE EE Optics, Machine Learning, Telecom Databases, Machine Learning, Telecom Algorithms, Machine Learning, Optics Algorithms, Optics, Telecom Algorithms, Databases, Telecom Algorithms, Databases, Machine Learning Databases, Telecom Algorithms, Machine Learning Algorithms, Machine Learning, Optics Databases, Optics, Telecom 2 3. 4 5 EE CS CS CS CS CS 10 (a) List and compute all parameters that are needed to learn a Naïve Bayes classifier on this training data (use the first letter of each course to denote the random variable that indicates receiving an A from that course, e.g. T=1 and T=0 respectively indicate that the student received/did not receive an A from Telecom). You don't need to compute the parameters that represent opposite events (since they can be derived from each other), so you need to compute just 1 class prior probability and 10 conditional probabilities such as P(T=1 | EE), P(T=1|CS), etc. (b) Using the model you learned, predict the department of a student who received an A in Algorithms, Machine Learning, and Telecom.
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