The Course Outline contains information about text, topics, grading.
Office hours with G. Slade in MATX 1211: Monday 15:00-15:50, Wednesday 13:00-13:50, Friday 10:00-10:50.
Office hours with Benjamin Wallace in the Math Learning Centre: Thursdays 12:30-15:30.
Exceptions: Benjamin Wallace's hours are cancelled on Thursday February 12, Thursday March 26, and Thursday April 9, and are replaced instead by Tuesday February 10, Tuesday March 24, and Tuesday April 7 at 12:30-15:30 on these days, due to the tests on February 11 and March 25, and the due date of Wednesday April 8 for Assignment 9.
There are TAs available whenever the MLC is open, and in addition to Benjamin Wallace there are other TAs who can help with probability questions; the schedule is posted on the MLC website.
|Assignment 1 (out Jan 9, due Jan 16)||Solutions|
|Assignment 2 (out Jan 16, due Jan 23)||Solutions|
|Assignment 3 (out Jan 23, due Jan 30)||Solutions|
|Assignment 4 (out Jan 30, due Feb 6)||Solutions|
|Test 1 (Feb 11)||Solutions|
|Assignment 5 (out Feb 13, due Feb 27)||Solutions|
|Assignment 6 (out Feb 27, due Mar 6)||Solutions|
|Assignment 7 (out Mar 6, due Mar 13)||Solutions|
|Assignment 8 (out Mar 13, due Mar 20)||Solutions|
|Test 2 (Mar 25)||Solutions|
|Assignment 9 (out Mar 27, due Wed Apr 8)||Solutions|
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An article on Markov and the origins of the theory of Markov chains, by Brian Hayes.
A good reference for random walks is the book: Random Walks and Electric Networks by Doyle and Snell.
References for self-avoiding walks and pivot algorithm:
Pivot algorithm simulations and more at Nathan Clisby's website.
G. Slade. Self-avoiding walks. The Mathematical Intelligencer 16:29--35, (1994). PDF file .
Chapter 9 of N. Madras and G. Slade, The Self-Avoiding Walk , Birkhäuser, Boston, (1996) (can be downloaded from UBC library).
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