On the exhaustive generation of convex permutominoes
Elisabetta Grazzini (Universita' di Firenze, Italy), Elisa Pergola, (Universita' di Firenze, Italy), Maddalena Poneti (Universita' di Siena,, Italy)

TL;DR
This paper introduces an algorithm for exhaustively generating convex permutominoes, a specific class of polyominoes linked to permutation pairs, with efficiency proportional to the number generated.
Contribution
It presents the first algorithm for exhaustive generation of convex permutominoes and proves its linear proportionality to the number of objects.
Findings
Algorithm efficiently generates convex permutominoes
Generation cost is proportional to the number of objects
Provides enumerative results on permutominoes
Abstract
A permutomino of size n is a polyomino determined by a pair of permutations of size n+1, such that they differ in each position. In this paper, after recalling some enumerative results about permutominoes, we give a first algorithm for the exhaustive generation of a particular class of permutominoes, the convex permutominoes, proving that its cost is proportional to the number of generated objects.
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Taxonomy
Topicsgraph theory and CDMA systems · Advanced Combinatorial Mathematics · Limits and Structures in Graph Theory
