Math 796 (Topics in Algebraic Combinatorics), Spring 2008
Section 78865
Basic Information |
Problem Sets |
Lecture Notes |
Final Exam / Project |
Textbooks |
Links
Basic Information
- Instructor:
Jeremy Martin

541 Snow, 864-7114
- Syllabus (PDF)
- Meeting times:
MWF, 12:00-12:50 PM, 408 Snow
- Office hours: Tue 11:00-12:00 and Wed 2:00-3:00, or by appointment
- Prerequisite: Math 724 (Enumerative
Combinatorics) or permission of the instructor
Problem Sets
Problem Set #1 (due Friday 2/1/08)
Problem Set #2 (due Friday 2/15/08)
Problem Set #3 (due Friday 2/29/08)
Problem Set #4 (due Friday 3/14/08)
Problem Set #5 (due Friday 4/11/08)
Problem Set #6 (due Wednesday 5/6/08)
Lecture Notes
Refer to the current version.
Final Exam / Project
Each student enrolled in Math 796 will have the choice of taking
a comprehensive final exam or doing a final project. The final project
will consist of reading a research paper or book chapter and giving a
short (20-25 minute) presentation to the class. The presentations will
take place during the last week of classes (May 5 and 7).
According to the KU Registrar, the
final exam is scheduled for Thursday May 15 from 10:30 AM - 1:00 PM,
presumably in Snow 408.
Textbooks
All the books in the list below can be perused in Jeremy's office.
The official textbook is #1 in the list below; however, you may want to
substitute #3, whose material is a bit closer to what will be covered in
the class. (All the homework assignments will be self-contained.) You
should definitely obtain #4 and #5, which are free downloads.
- R.P. Stanley, Enumerative Combinatorics, volume 1 (Cambridge, 1997)
(Enumeration; posets and lattices; generating functions)
Amazon |
Google Books
- R.P. Stanley, Enumerative Combinatorics, volume 2 (Cambridge, 1999)
(More enumeration, including exponential generating functions; symmetric functions)
Amazon |
Google Books
- M. Aigner, Combinatorial Theory (Springer, 1997)
(Enumeration; posets, lattices, and matroids)
Amazon |
Google Books
- R.P. Stanley, Hyperplane Arrangements
(lecture notes available free online)
- A. Schrijver, A Course in Combinatorial
Optimization (lecture notes available free online)
- T. Brylawski and J. Oxley, The Tutte polynomial and its
applications, Chapter 6 of Matroid applications, N. White, ed.
(Cambridge Univ. Press, 1992)
- B.
Sagan, The Symmetric Group, 2nd edn. (Springer, 2001)
Links
Mathematics links:
Mathematical and technical writing information:
KU links:
Outside KU:

Last updated Fri 5/2/08