activity
20202024
most citedAn Experimental Study of ILP Formulations for the Longest Induced Path Problem

7 citations · 7 across the 3 of their papers we have counts for

collaborators

6 papers

math.CO2024

A Systematic Approach to Crossing Numbers of Cartesian Products with Paths

Zayed Asiri, Ryan Burdett, Markus Chimani +3

Determining the crossing numbers of Cartesian products of small graphs with arbitrarily large paths has been an ongoing topic of research since the 1970s. Doing so requires the est…

cs.CG2024

Crossing Numbers of Beyond Planar Graphs Re-revisited: A Framework Approach

Markus Chimani, Torben Donzelmann, Nick Kloster +3

Beyond planarity concepts (prominent examples include k-planarity or fan-planarity) apply certain restrictions on the allowed patterns of crossings in drawings. It is natural to as…

cs.DS2024

Exact Minimum Weight Spanners via Column Generation

Fritz Bökler, Markus Chimani, Henning Jasper +1

Given a weighted graph , a minimum weight -spanner is a least-weight subgraph that preserves minimum distances between all node pairs up to a factor of . Th…

cs.DM2022

PaMILO: A Solver for Multi-Objective Mixed Integer Linear Optimization and Beyond

Fritz Bökler, Levin Nemesch, Mirko H. Wagner

In multi-objective optimization, several potentially conflicting objective functions need to be optimized. Instead of one optimal solution, we look for the set of so called non-dom…

cs.DM2021

Properties of Large 2-Crossing-Critical Graphs

Drago Bokal, Markus Chimani, Alexander Nover +4

A -crossing-critical graph is one that has crossing number at least but each of its proper subgraphs has crossing number less than . Recently, a set of explicit construct…

cs.DS2020★ 7 cited

An Experimental Study of ILP Formulations for the Longest Induced Path Problem

Fritz Bökler, Markus Chimani, Mirko H. Wagner +1

Given a graph , the longest induced path problem asks for a maximum cardinality node subset such that the graph induced by is a path. It is a long estab…