Introduction to Probability and Statistics

MATH 3215

TTh Lecture 3:30-4:45, Boggs room B9
INSTRUCTOR: John McCuan
Office: Skiles 209
Office hours TTh 2:00-3:00 or by appointment
mccuangt23 proton.me
Course Page: http://www.math.gatech.edu/~mccuan/courses/3215/

LA: Lingkai Kong
Office Hours Thursday 4:00-6:00 PM Room 280, Cluck building

Texts:

There is no required text for the course. You may consult a variety of texts and other resources. (See some suggestions below.) There are two primary resources for course assignments:

My Notes (under construction) by John McCuan

Math 18.05 Introduction to Probability and Statistics MIT OpenCourseware by Orloff and Booth

Additional Texts:

Introduction to Probability and Statistics for Engineers and Scientists by Sheldon M. Ross

Probability and Statistical Infereence by Hogg, Tanis, and Zimmerman

Syllabus

Lecture Schedule and Homework

Additional Materials

Farmer's appendix on sets

Farmer's appendix on functions

Assignment 1 Problem 2 (a,b) solution

Probability Project Example:
    MIT Problem 1 (MAthematica Notebook) PDF version
    MIT Problem 1 (Problem Set)

Assignment 2 Problems 1, 2, 4 and 7 solutions

Project Suggestion

Poker Project Suggestion

Poisson Distribution Project (first draft) by Jeremy Mahoney

feedback on first draft

Poisson Distribution Project (second/final draft) by Jeremy Mahoney

feedback on Poisson distribution project

Birthdays Project (the figures)

Birthdays Project (more text)

Bayes' Theorem Project (presentation slides) by Matthew Buchan

Project Suggestion

Human Intelligence

Frank Qiang's calculus problem

Solution of Problem 9 Part (a) from Assignment 6

Cards

counting two-card poker hands

Some MDFs given by powers and Chebyshev's inequality

Questions on course grades

More responses to questions on course grades

A question about paper 3

Grading Scheme:

Assignments and Exams (25%):

Assignment 1 10%
Assignment 2 10%
Assignment 3 (Exam 1) 10%
Assignment 4 10%
Assignment 5 10%
Assignment 6 10%
Assignment 7 (Exam 2) 10%
Assignment 8 10%
Assignment 9 10%
Assignment 10 (Final Exam) 10%

Project presentations (25%):

Presentation 1 50%
Presentation 2 50%

Papers (25%):

Paper 1 33 + 1/3%
Paper 2 33 + 1/3%
Paper 3 33 + 1/3%

Simulation (25%)

Simulation 1 10%
Simulation 2 10%
Simulation 3 10%
Simulation 4 10%
Simulation 5 10%
Simulation 6 10%
Simulation 7 10%
Simulation 8 10%
Simulation 9 10%
Simulation 10 10%

(Below 60% C; 60-85% B; 86-100% A)



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