Lectures: Tuesday 4pm (we will not meet, see above), Thursday 3pm in S1.67-SCS. Tutorials: Monday 1pm, Wednesday 11am.
Information: The method for calculating A's in this class is: Grading.
Course notes (comments, corrections and suggestions are very welcome)
Exercise sheets:
Problem sheet 1 Solution 1.
Problem sheet 2 Solution 2.
Problem sheet 3 Solution 3.
Problem sheet 4 Solution 4.
Problem sheet 5 Solution 5.
Problem sheet 6 Solution 6.
Problem sheet 7 Solution 7.
Problem sheet 8 Solution 8.
Problem sheet 9 Solution 9.
Problem sheet 10 Solution 10.
Extra exercise Ford-Fulkerson algo Solution.
2019 exam Solution.
Resources: There are many good graph theory books available in the library (in the general section, just check the tables of content since a few of them are too specialized or too advanced).
There are two books available online through the library website:
Wallis, A beginner's guide to graph theory,
Harris, Hirst, Mossinghof, Combinatorics and graph theory.
Finaly another good book can be consulted freely online (google for the web page of the book):
Diestel, Graph theory.
We will not follow any particular book, but they can be interesting resources in
the following sense: