Abstract

A laminar family is a collection A\mathscr{A} of subsets of a set EE such that, for any two intersecting sets, one is contained in the other. For a capacity function cc on A\mathscr{A}, let I\mathscr{I} be $\{I:|I\cap A| \leq c(A)\text{ for all $A\in\mathscr{A}$}\}$. Then I\mathscr{I} is the collection of independent sets of a (laminar) matroid on EE. We present a method of compacting laminar presentations, characterize the class of laminar matroids by their excluded minors, present a way to construct all laminar matroids using basic operations, and compare the class of laminar matroids to other well-known classes of matroids.

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