Catalan satisfiability problem
Combinatorics
2014-04-28 v2 Probability
Abstract
An and/or tree is usually a binary plane tree, with internal nodes labelled by logical connectives, and with leaves labelled by literals chosen in a fixed set of k variables and their negations. In the present paper, we introduce the first model of such Catalan trees, whose number of variables k_n is a function of n, the size of the expressions. We describe the whole range of the probability distributions depending on the function k_n, as soon as it tends jointly with n to infinity. As a by-product we obtain a study of the satisfiability problem in the context of Catalan trees. Our study is mainly based on analytic combinatorics and extends the Kozik's pattern theory, first developed for the fixed-k Catalan tree model.
Keywords
Cite
@article{arxiv.1304.5615,
title = {Catalan satisfiability problem},
author = {Antoine Genitrini and Cécile Mailler},
journal= {arXiv preprint arXiv:1304.5615},
year = {2014}
}