activity
20072025
most citedColoring Hypergraphs Induced by Dynamic Point Sets and Bottomless Rectangles

14 citations · 43 across the 14 of their papers we have counts for

collaborators

16 papers

math.CO2025

Patterns in rectangulations. Part I: -like patterns, inversion sequence classes and , and rushed Dyck paths

Andrei Asinowski, Michaela A. Polley

We initiate a systematic study of pattern avoidance in rectangulations. We give a formal definition of such patterns and investigate rectangulations that avoid -like patterns…

math.CO2024★ 2 cited

Combinatorics of rectangulations: Old and new bijections

Andrei Asinowski, Jean Cardinal, Stefan Felsner +1

A rectangulation is a decomposition of a rectangle into finitely many rectangles. Via natural equivalence relations, rectangulations can be seen as combinatorial objects with a ric…

cs.DM2024★ 1 cited

From geometry to generating functions: rectangulations and permutations

Andrei Asinowski, Cyril Banderier

We enumerate several classes of pattern-avoiding rectangulations. We establish new bijective links with pattern-avoiding permutations, prove that their generating functions are alg…

math.CO2020★ 4 cited

Down-step statistics in generalized Dyck paths

Andrei Asinowski, Benjamin Hackl, Sarah J. Selkirk

The number of down-steps between pairs of up-steps in -Dyck paths, a generalization of Dyck paths consisting of steps such that the path stays (weakly) a…

math.CO2020★ 5 cited

Flip-sort and combinatorial aspects of pop-stack sorting

Andrei Asinowski, Cyril Banderier, Benjamin Hackl

Flip-sort is a natural sorting procedure which raises fascinating combinatorial questions. It finds its roots in the seminal work of Knuth on stack-based sorting algorithms and lea…

math.CO2016

Counting triangulations of some classes of subdivided convex polygons

Andrei Asinowski, Christian Krattenthaler, Toufik Mansour

We compute the number of triangulations of a convex -gon each of whose sides is subdivided by points. We find explicit formulas and generating functions, and we determine…