Predavateljica: Tanja Dravec
Seminar iz diskretne matematike
Predavanja potekajo ob ponedeljkih ob 15:15 v seminarski sobi P1 (Gosposvetska cesta 84, v 4. nadstropju).
Bodoča predavanja
Frugal coloring of graphs revisited
Predavatelj: Babak Samadi
Minula predavanja
On polluted bootstrap percolation in Cartesian grids
Predavatelj: Jaka Hedžet
On d-distance p-packing domination in graphs
Predavatelj: Gang Zhang (Xiamen University)
On the 3/8-conjecture for independent domination in cubic graphs
Predavatelj: Boštjan Brešar
On k-coalition in graphs
Predavatelj: Babak Samadi
Metric basis in large hypercubes
Predavateljica: Anja Šketa
Topological behaviour of S_3□P_n on higher surfaces
Predavateljica: Špela Kajzer
Epsilon-greedy algorithm in AI-based web application for mastering multiplication tables
Predavateljica: Lara Drožđek
Partitioning dodecahedral spaces: a combinatorial (and pictorial) excursion
Predavatelj: Andrés David Santamaría-Galvis (UP FAMNIT)
Povzetek: In this talk, we take a combinatorial journey through three closely related 3-manifolds: real projective 3-dimensional space, the Poincaré homology 3-sphere, and the Weber-Seifert space. Each of these spaces emerges from quotienting on the dodecahedron’s geometry. We explore triangulations of these manifolds, focusing on their partitionability—a combinatorial property with deep topological implications. The techniques we introduce are conceptually simple yet broadly usable, offering tools for constructing partitionable triangulations of more complex spaces. This presentation emphasizes the interplay between topology and combinatorics, illustrated through some visual examples designed to spark intuition and insight.
Joint work with Russ Woodroofe
Domination in Johnson graphs
Predavateljica: María Gracia Cornet (National university of Rosario, Argentina)
Chvatal-Erdős condition and hamiltonicity of Cartesian products of graphs
Predavatelj: Simon Špacapan
Predavanje bo izjemoma ob 11.00 in sicer v predavalnici 0/46.2
Partial domination – the isolation number of graphs
Predavatelj: Gang Zhang (Xiamen University)
Spreading and bootstrap percolation in graph products, II.
Predavatelj: Jaka Hedžet
Independent mutual-visibility coloring and related concepts
Predavatelj: Babak Samadi
Spreading and bootstrap percolation in graph products, I.
Predavatelj: Jaka Hedžet
Domination in graphs and forbidden cycles
Predavatelj: Michael A. Henning (University of Johannesburg, Južna Afrika)
Isolation game on graphs
Predavatelj: Boštjan Brešar
2-rainbow independent domination in complementary prisms
Predavateljica: Dragana Božović
Spreading and bootstrap percolation in graph products, pregledno
Predavatelj: Jaka Hedžet
Biased Maker-Breaker domination games
Predavateljica: Tanja Dravec
Recent progress on coalition in graphs
Predavatelj: Babak Samadi
Domination number of modular product graphs
Predavatelj: Iztok Peterin
On the vertices that are forced to belong to every metric basis of a graph
Predavatelj: Ismael G. Yero (University of Cadiz, Španija)
Centrality Measures: Identifying Key Elements in Networks
Predavatelj: Rishi Ranjan Singh
Stress convexity
Predavateljica: Polona Repolusk
Bootstrap percolation in direct products of graphs
Predavatelj: Jaka Hedžet
Polluted modified bootstrap percolation
Predavatelj: Janko Gravner (UC Davis, ZDA)
Povzetek: In the polluted modified bootstrap percolation model on d-dimensional lattice, sites are independently initially occupied with probability p or closed with probability q. A site becomes occupied at a subsequent step if it is not closed and has at least one occupied nearest neighbor in each of the d coordinates. The main quantity of interest is final density of occupied sites when p and q are both small. This density is expected to change from high to low as q increases over a critical power of p, possibly with logarithmic corrections. In the two-dimensional case, these logarithmic corrections are indeed present in the modified rule, by contrast with the standard rule.
This is joint work with A. Holroyd, S. Lee, and D. Sivakoff.
Burning game
Predavateljica: Vesna Iršič
Resonance graphs of plane bipartite graphs and daisy cubes
Predavatelj: Niko Tratnik
Bootstrap percolation in direct products of graphs
Predavatelj: Jaka Hedžet
Predavanje je bilo preloženo.
Paletni indeks kartezičnega produkta poti, ciklov in regularnih grafov
Predavatelj: Aleksander Vesel
Cop and Robber game with radius of capture $k$
Predavateljica: Tanja Dravec
On the (1,1,2,2)-coloring of claw-free cubic graphs
Predavatelj: Boštjan Brešar
Revisiting Sierpiński graphs and Kneser graphs by injective coloring
Predavatelj: Babak Samadi
The cycle transit function of a graph and its betweenness properties: The case of arity two and three
Predavatelj: Manoj Changat (University of Kerala, Indija)
b-barvanja v korenskem produktu grafov
Predavatelj: Marko Jakovac
Artificial Intelligence Strategies in Education
Predavateljica: Lara Drožđek
Chromatic Number Via Turan Number
Predavatelj: Hossein Hajiabolhassan (Montanuniversität Leoben)
Complexity and algorithmic aspects of edge open packing
Predavatelj: Babak Samadi
Korenski produkti in NP-polnost 2-mavrične popolne dominacije
Predavateljica: Aleksandra Tepeh
Grundy packing chromatic number
Predavatelj: Iztok Peterin
Perfect injectively colorable graphs
Predavatelj: Boštjan Brešar
On injective colorings of graphs
Predavatelj: Babak Samadi
Razširjanje v grafih
Predavatelj: Jaka Hedžet
Celotna dominacija in ničelna prisila v grafih
Predavateljica: Tanja Dravec
Majority edge-colorings of finite and infinite graphs
Predavatelj: Rafał Kalinowski (AGH University, Krakov, Poljska)
Štetje Hamiltonskih ciklov v 2-tlakovanih grafih in gosta domena izzivov, II
Predavatelj: Alen Vegi Kalamar
Šibko cestninska konveksnost
Predavateljica: Polona Repolusk
Štetje Hamiltonskih ciklov v 2-tlakovanih grafih in gosta domena izzivov, I
Predavatelj: Alen Vegi Kalamar
Medsebojna vidljivost v kartezičnih produktih poti in ciklov
Predavatelj: Aleksander Vesel
Štetje Hamiltonskih ciklov v 2-tlakovanih grafih in gosta domena izzivov, pregledno
Predavatelj: Alen Vegi Kalamar