CAS 746 - Advanced Topics in Combinatorial Optimization
LecturesMonday 14:30-17:20 in ITB 222
Slides 1: Introduction using Peg Solitaire as an illustartion
Slides 2: Tim Evans' Quantum Field Theory Course
Slides 3: Optimization Algorithms
Slides 4: Combinatorial Optimization
In pursuit of a white whale, Louis Billera, Berlin 2018
OEIS entry for the white whale
Office: ITB 127
Office hours: Monday 17:30-18:20 or by appointment
Course OutlineCombinatorial optimization deals with the design and analysis of algorithms for finding the best or an approximate solution to problems which have a discrete structure. This course provides an introduction to useful frameworks for discrete optimization problems. We introduce the basic concepts of polyhedra, lattices and integer cones and illustrate these notions by some examples coming from combinatorial optimization. In this course we are also concerned with computational issues and the analysis of algorithmic performances. Open questions dealing with optimizaton algorithms, diameter of polytopes, Minkowski sums, and degree sequences of hypergraphs are presented and discussed. The course will be relatively self-contained. Reading will be assigned to cover some of the topics.
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DisabilitiesStudents with disabilities can receive accommodations to assist them in the completion of assignments and exams. Please contact the Centre for Student Development (http://csd.mcmaster.ca) for advice and for arranging assistance. Students are also encouraged to talk to the instructor about this issue.
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