Mathematics – Combinatorics
Scientific paper
2003-09-19
Advances in Mathematics, 205 (2006), no. 1, 134-162
Mathematics
Combinatorics
24 pages, 3 figures; to appear in Adv. Math
Scientific paper
We present a common generalization of counting lattice points in rational polytopes and the enumeration of proper graph colorings, nowhere-zero flows on graphs, magic squares and graphs, antimagic squares and graphs, compositions of an integer whose parts are partially distinct, and generalized latin squares. Our method is to generalize Ehrhart's theory of lattice-point counting to a convex polytope dissected by a hyperplane arrangement. We particularly develop the applications to graph and signed-graph coloring, compositions of an integer, and antimagic labellings.
Beck Matthias
Zaslavsky Thomas
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