activity
20152024
most citedVariable neighborhood search for partitioning sparse biological networks into the maximum edge-weighted -plexes

11 citations · 24 across the 4 of their papers we have counts for

collaborators

5 papers

cs.AI2024

Graph Protection under Multiple Simultaneous Attacks: A Heuristic Approach

Marko Djukanovic, Stefan Kapunac, Aleksandar Kartelj +1

This work focuses on developing an effective meta-heuristic approach to protect against simultaneous attacks on nodes of a network modeled using a graph. Specifically, we focus on…

math.CO2021

The Signed (Total) Roman Domination Problem on some Classes of Planar Graphs -- Convex Polytopes

Tatjana Zec, Marko Djukanovic, Dragan Matic

In this paper we deal with the calculation of the signed (total) Roman domination numbers, and respectively, on a few classes of planar graphs from the literatur…

math.OC2019★ 4 cited

An Integer Linear Programming Formulation for the Convex Dominating Set Problems

Jozef Kratica, Vladimir Filipovic, Dragan Matic +1

Due to their importance in practice, dominating set problems in graphs have been greatly studied in past and different formulations of these problems are presented in literature. T…

cs.DS2018★ 11 cited

Variable neighborhood search for partitioning sparse biological networks into the maximum edge-weighted -plexes

Milana Grbić, Aleksandar Kartelj, Savka Janković +2

In a network, a -plex represents a subset of vertices where the degree of each vertex in the subnetwork induced by this subset is at least . The maximum edge-weight …

cs.DS2015★ 9 cited

Variable Neighborhood Search for solving Bandwidth Coloring Problem

Dragan Matic, Jozef Kratica, Vladimir Filipovic

This paper presents a variable neighborhood search (VNS) algorithm for solving bandwidth coloring problem (BCP) and bandwidth multicoloring problem (BMCP). BCP and BMCP are general…