activity
20172025
most citedInductive -independent graphs and -colorable subgraphs in scheduling: A review

18 citations · 23 across the 12 of their papers we have counts for

collaborators

15 papers

cs.GT2025

How to Resolve Envy by Adding Goods

Matthias Bentert, Robert Bredereck, Eva Deltl +2

We consider the problem of resolving the envy of a given initial allocation by adding elements from a pool of goods. We give a characterization of the instances where envy can be r…

cs.DS2024

The Structural Complexity Landscape of Finding Balance-Fair Shortest Paths

Matthias Bentert, Leon Kellerhals, Rolf Niedermeier

We study the parameterized complexity of finding shortest s-t-paths with an additional fairness requirement. The task is to compute a shortest path in a vertex-colored graph where…

cs.DS2022

Fair Short Paths in Vertex-Colored Graphs

Matthias Bentert, Leon Kellerhals, Rolf Niedermeier

The computation of short paths in graphs with arc lengths is a pillar of graph algorithmics and network science. In a more diverse world, however, not every short path is equally v…

cs.GT2021

A Multivariate Complexity Analysis of the Material Consumption Scheduling Problem

Matthias Bentert, Robert Bredereck, Péter Györgyi +2

The NP-hard MATERIAL CONSUMPTION SCHEDULING Problem and closely related problems have been thoroughly studied since the 1980's. Roughly speaking, the problem deals with minimizing…

cs.DS2021

The Complexity of Gerrymandering Over Graphs: Paths and Trees

Matthias Bentert, Tomohiro Koana, Rolf Niedermeier

Roughly speaking, gerrymandering is the systematic manipulation of the boundaries of electoral districts to make a specific (political) party win as many districts as possible. Whi…

math.CO2020★ 2 cited

Using a geometric lens to find k disjoint shortest paths

Matthias Bentert, André Nichterlein, Malte Renken +1

Given an undirected -vertex graph and pairs of terminal vertices , the -Disjoint Shortest Paths (-DSP)-problem asks whether there are …