Logo

Applied Combinatorics by S. E. Payne

Applied Combinatorics
by

Publisher: University of Colorado
Number of pages: 216

Description:
The course at CU-Denver for which these notes were assembled, Math 6409 (Applied Combinatorics), deals more or less entirely with enumerative combinatorics. We have tried to include some truly traditional material and some truly nontrivial material, albeit with a treatment that makes it accessible to the student. We shall derive a variety of techniques for counting, some purely combinatorial, some involving algebra in a moderately sophisticated way.

This document is no more available for free.

Similar books

Book cover: New Perspectives in Algebraic CombinatoricsNew Perspectives in Algebraic Combinatorics
by - Cambridge University Press
The rich combinatorial problems arising from the study of various algebraic structures are the subject of the book. It will present the state of the art to graduate students and researchers in combinatorics as well as algebra, geometry, and topology.
(8036 views)
Book cover: Notes on CombinatoricsNotes on Combinatorics
by - Queen Mary, University of London
Contents: Subsets and binomial coefficients; Selections and arrangements; Power series; Recurrence relations; Partitions and permutations; The Principle of Inclusion and Exclusion; Families of sets; Systems of distinct representatives; etc.
(5933 views)
Book cover: Combinatorial Geometry with Application to Field TheoryCombinatorial Geometry with Application to Field Theory
by - InfoQuest
Topics covered in this book include fundamental of mathematical combinatorics, differential Smarandache n-manifolds, combinatorial or differentiable manifolds and submanifolds, Lie multi-groups, combinatorial principal fiber bundles, etc.
(11093 views)
Book cover: Discrepancy TheoryDiscrepancy Theory
by - Macquarie University
Contents: Uniform Distribution; Classical Discrepancy Problem; Generalization of the Problem; Introduction to Lower Bounds; Introduction to Upper Bounds; Fourier Transform Techniques; Upper Bounds in the Classical Problem; Disc Segment Problem; etc.
(5062 views)