Induced Embeddings into Hamming Graphs. - Martin Milanic; Peter Mursic; Marcelo Mydlarz (MFCS, 2017)

On the Sprague-Grundyfunction of Exact k-Nim. - Endre Boros; Vladimir Gurvich; Nhan Bao Ho; Kazuhisa Makino; Peter Mursic (Discret. Appl. Math., 2018)

Sprague-Grundy function of symmetric hypergraphs. - Endre Boros; Vladimir Gurvich; Nhan Bao Ho; Kazuhisa Makino; Peter Mursic (J. Comb. Theory A, 2019)

Sprague-Grundy function of matroids and related hypergraphs. - Endre Boros; Vladimir Gurvich; Nhan Bao Ho; Kazuhisa Makino; Peter Mursic (Theor. Comput. Sci., 2019)

Allocating Indivisible Items with Minimum Dissatisfaction on Preference Graphs. - Nina Chiarelli; Clément Dallard; Andreas Darmann; Stefan Lendl; Martin Milanic; Peter Mursic; Nevena Pivac; Ulrich Pferschy (ADT, 2021)

Strong cliques in diamond-free graphs. - Nina Chiarelli; Berenice Martínez-Barona; Martin Milanic; Jérôme Monnot; Peter Mursic (Theor. Comput. Sci., 2021)

Minimizing Maximum Dissatisfaction in the Allocation of Indivisible Items under a Common Preference Graph. - Nina Chiarelli; Clément Dallard; Andreas Darmann; Stefan Lendl; Martin Milanic; Peter Mursic; Ulrich Pferschy (CoRR, 2023)

Allocation of indivisible items with individual preference graphs. - Nina Chiarelli; Clément Dallard; Andreas Darmann; Stefan Lendl; Martin Milanic; Peter Mursic; Ulrich Pferschy; Nevena Pivac (Discret. Appl. Math., 2023)

Tree Decompositions Meet Induced Matchings: Beyond Max Weight Independent Set. - Paloma T. Lima; Martin Milanic; Peter Mursic; Karolina Okrasa; Pawel Rzazewski; Kenny Storgel (ESA, 2024)

The Simultaneous Interval Number: A New Width Parameter that Measures the Similarity to Interval Graphs. - Jesse Beisegel; Nina Chiarelli; Ekkehard Köhler; Martin Milanic; Peter Mursic; Robert Scheffler 001 (SWAT, 2024)

Allocation of Indivisible Items with a Common Preference Graph: Minimizing Total Dissatisfaction. - Nina Chiarelli; Clément Dallard; Andreas Darmann; Stefan Lendl; Martin Milanic; Peter Mursic; Ulrich Pferschy (CoRR, 2024)

Sprague-Grundy values and complexity for LCTR. - Eric Gottlieb; Matjaz Krnc; Peter Mursic (Discret. Appl. Math., 2024)

Impartial games with decreasing Sprague-Grundy function and their hypergraph compound. - Endre Boros; Vladimir Gurvich; Nhan Bao Ho; Kazuhisa Makino; Peter Mursic (Int. J. Game Theory, 2024)