On the Maximum Number of Crossings in Star-Simple Drawings of Kn with No Empty Lens. - Stefan Felsner; Michael Hoffmann 001; Kristin Knorr; Irene Parada (GD, 2020)

Dynamic Connectivity in Disk Graphs. - Haim Kaplan; Alexander Kauer; Katharina Klost; Kristin Knorr; Wolfgang Mulzer; Liam Roditty; Paul Seiferth (SoCG, 2022)

Compatible Spanning Trees in Simple Drawings of Kn. - Oswin Aichholzer; Kristin Knorr; Wolfgang Mulzer; Nicolas El Maalouly; Johannes Obenaus; Rosna Paul; Meghana M. Reddy; Birgit Vogtenhuber; Alexandra Weinberger (GD, 2022)

Nearest-Neighbor Decompositions of Drawings. - Jonas Cleve; Nicolas Grelier; Kristin Knorr; Maarten Löffler; Wolfgang Mulzer; Daniel Perz (SWAT, 2022)

Flipping Plane Spanning Paths. - Oswin Aichholzer; Kristin Knorr; Maarten Löffler; Zuzana Masárová; Wolfgang Mulzer; Johannes Obenaus; Rosna Paul; Birgit Vogtenhuber (CoRR, 2022)

On the Maximum Number of Crossings in Star-Simple Drawings of Kn with No Empty Lens. - Stefan Felsner; Michael Hoffmann 001; Kristin Knorr; Jan Kyncl; Irene Parada (J. Graph Algorithms Appl., 2022)

Flipping Plane Spanning Paths. - Oswin Aichholzer; Kristin Knorr; Wolfgang Mulzer; Johannes Obenaus; Rosna Paul; Birgit Vogtenhuber (WALCOM, 2023)

Simplifying Non-Simple Fan-Planar Drawings. - Boris Klemz; Kristin Knorr; Meghana M. Reddy; Felix Schröder (J. Graph Algorithms Appl., 2023)

The Density Formula: One Lemma to Bound Them All. - Michael Kaufmann 001; Boris Klemz; Kristin Knorr; Meghana M. Reddy; Felix Schröder; Torsten Ueckerdt (GD, 2024)

Insertion-Only Dynamic Connectivity in General Disk Graphs. - Haim Kaplan; Katharina Klost; Kristin Knorr; Wolfgang Mulzer; Liam Roditty (SOSA, 2024)

Dynamic Connectivity in Disk Graphs. - Alexander Baumann; Haim Kaplan; Katharina Klost; Kristin Knorr; Wolfgang Mulzer; Liam Roditty; Paul Seiferth (Discret. Comput. Geom., 2024)

A Graph Width Perspective on Partially Ordered Hamiltonian Paths. - Jesse Beisegel; Katharina Klost; Kristin Knorr; Fabienne Ratajczak; Robert Scheffler 001 (CoRR, 2025)

A Graph Width Perspective on Partially Ordered Hamiltonian Paths and Cycles I: Treewidth, Pathwidth, and Grid Graphs. - Jesse Beisegel; Katharina Klost; Kristin Knorr; Fabienne Ratajczak; Robert Scheffler 001 (CoRR, 2025)