Speeding up Parallel Combinatorial Optimization Algorithms with Las Vegas Method. - Bogdán Zaválnij (LSSC, 2015)

Adaptations of the k-Means Algorithm to Community Detection in Parallel Environments. - András Bóta; Miklós Krész; Bogdán Zaválnij (SYNASC, 2015)

A Different Approach to Maximum Clique Search. - Sándor Szabó; Bogdán Zaválnij (SYNASC, 2018)

Decomposing clique search problems into smaller instances based on node and edge colorings. - Sándor Szabó; Bogdán Zaválnij (Discret. Appl. Math., 2018)

Applications for ultrascale systems. - Svetozar Margenov; Thomas Rauber; Emanouil I. Atanassov; Francisco Almeida; Vicente Blanco Pérez; Raimondas Ciegis; Alberto Cabrera Pérez; Neki Frasheri; Stanislav Harizanov; Rima Kriauziene; Gudula Rünger; Pablo San Segundo; et al. (Ultrascale Computing Systems, 2019)

Reducing hypergraph coloring to clique search. - Sándor Szabó; Bogdán Zaválnij (Discret. Appl. Math., 2019)

Benchmark Problems for Exhaustive Exact Maximum Clique Search Algorithms. - Sándor Szabó; Bogdán Zaválnij (Informatica (Slovenia), 2019)

The k-Clique Problem Usage, Modeling Expressivity, Serial and Massively Parallel Algorithms - Bogdán Zaválnij (2020)

Boosting Data Reduction for the Maximum Weight Independent Set Problem Using Increasing Transformations. - Alexander Gellner; Sebastian Lamm; Christian Schulz 003; Darren Strash; Bogdán Zaválnij (ALENEX, 2021)

Estimating clique size via discarding subgraphs. - Bogdán Zaválnij; Sándor Szabó (Informatica (Slovenia), 2021)

Numerical experiments with LP formulations of the maximum clique problem. - Dóra Kardos; Patrik Patassy; Sándor Szabó; Bogdán Zaválnij (Central Eur. J. Oper. Res., 2022)

Graph Coloring via Clique Search with Symmetry Breaking. - Sándor Szabó; Bogdán Zaválnij (Symmetry, 2022)

A Short Review on Novel Approaches for Maximum Clique Problem: from Classical algorithms to Graph Neural Networks and Quantum algorithms. - Raffaele Marino; Lorenzo Buffoni; Bogdán Zaválnij (CoRR, 2024)

Exploratory Data Analysis and Searching Cliques in Graphs. - Andras Hubai; Sándor Szabó; Bogdán Zaválnij (Algorithms, 2024)