CEE 3770: STATISTICS & APPLICATIONS
Spring 2008
Location: Parb 128
Time : TW 13:35-14:55

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Instructor: Dr. Francesco Fedele, ........ Office: PARB 236
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Course Description
In this course the student will be introduced to the basic notions of probability and statistics such as Kolmogorov theory, univariate and multivariate random variables, the central limit theorem, inferential statistics, regression analysis and concept of a stochastic process. These theoretical tools will be applied to solve simple problems in engineering science. Moreover, some numerical simulations with MATLAB will be performed.
POLICY:
- Georgia Tech’s code of academic integrity will be strictly enforced:
“ The members of Georgia Tech community believe that the fundamental objective of the Institute is to provide the students with high quality education while developing in them a sense of ethics and social responsibility. We believe that trust is an integral part of the learning process and that self-discipline is necessary in this pursuit. We also believe that any instance of dishonesty hurts the entire community. It is with this in mind that we have set forth a Student Honor Code at GeorgiaTech “- See the complete text
COURSE GRADINGS
- Midterm : 50% (!)
- Final Exam : 50% (!)
- Oral Exam (!!)
Homework will be assigned weekly but not graded
(!) answers to exam questions must be complete. No grade will be given to incomplete or unclear answers.
(!!) to confirm or reduce final grade
TEXTS:
a) Book: Probability & Statistics by Walpole, Myers, Myers & YE, Eigth edition
b) Online material: (!)
http://mathworld.wolfram.com/Probability.html
http://mathworld.wolfram.com/Statistics.html
http://www.google.com
http://www.scholar.google.com
c) Class notes and handouts
(!) The student is strongly advised to take opportunity of the ‘online Encyclopedia’ available on the net and use it. Sites like the mathworld of Wolfram, goggle and scholar.google are efficient tools to search for ideas, topics and materials in science.
HOMEWORKS
Homeworks : Chapter 2 : 2.1-2.3-2.15-2.16 Solutions#1.pdf
MIDTERM TEST (March 12 08) - solutions
PRACTICE ON RANDOM VARIABLES AND LEAST SQUARE METHOD
HOMEWORK ON GAUSSIAN VARIABLES
PROBLEMS ON BINOMIAL, POISSON & EXPONENTIAL DISTRIBUTIONS
PROBLEMS ON MULTIVARIATE RANDOM VARIABLES
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Disclaimer: The instructor reserves the right to amend this course syllabus as necessary. Any changes will be announced in class.
Last updated: Jan 06 2008
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