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Metode linearne algebre za rješavanje problema dimenzionalne redukcije (2025-07-09T08:28:36.969Z)

Analysis of biological networks: Math, Computer Science, & Biology (2023-09)

M. Grbić, Analysis of biological networks: Math, Computer Science, & Biology, womENcourage book of abstracts, pp. 1 - 1, Sep, 2023

Several Roman domination graph invariants on Kneser graphs (2023-05)

T. Zec, M. Grbić, Several Roman domination graph invariants on Kneser graphs, DISCRETE MATHEMATICS AND THEORETICAL COMPUTER SCIENCE, Vol. 25, No. 1, May, 2023

Увод у објектно оријентисано програмирање кроз програмски језик Јава (2023)

M. Grbić, Д. Матић, Увод у објектно оријентисано програмирање кроз програмски језик Јава, Природно-математички факултет, Универзитет у Бањој Луци, 2023

Variable neighborhood search for partitioning sparse biological networks into the maximum edge-weighted k-plexes (2019)

M. Grbić, А. Картељ, С. Јанковић, Д. Матић, В. Филиповић, Variable neighborhood search for partitioning sparse biological networks into the maximum edge-weighted k-plexes, IEEE/ACM transactions on computational biology and bioinformatics, pp. 1 - 1, 2019

Conditional Random Fields-based Aproach to Classification: Application to Life Sciences (2019)

M. Grbić, Conditional Random Fields-based Aproach to Classification: Application to Life Sciences, IPSI TRANSACTIONS ON ADVANCED RESEARCH, Vol. 15, No. 1, pp. 1 - 9, 2019

A three-phase mapreduce-based algorithm for searching biomedical document databases (2019)

M. Grbić, A three-phase mapreduce-based algorithm for searching biomedical document databases, International Journal of Electrical Engineering and Computing , Vol. 3, No. 1, pp. 1 - 8, 2019

A three-phase method for identifying functionally related protein groups in weighted PPI networks. (2020)

M. Grbić, Д. Матић, А. Картељ, С. Јанковић, В. Филиповић, A three-phase method for identifying functionally related protein groups in weighted PPI networks., COMPUTATIONAL BIOLOGY AND CHEMISTRY, Vol. 86, pp. 1 - 16, 2020

Can Greedy-like Heuristics Be Useful for Solving the Weighted Orthogonal Art Gallery Problem Under Regular Grid Discretization? (2021-12)

М. Предојевић, М. Ђукановић, M. Grbić, Д. Матић, Can Greedy-like Heuristics Be Useful for Solving the Weighted Orthogonal Art Gallery Problem Under Regular Grid Discretization?, International Journal of Electrical Engineering and Computing , Vol. 5, No. 2, pp. 77 - 85, Dec, 2021

"Биоинформатичке базе података и алгоритми који се користе за поравнање секвенци" (2015-06)

M. Grbić, "Биоинформатичке базе података и алгоритми који се користе за поравнање секвенци", Book of Abstracts Fifth Mathematical Conference of the Republic of Srpska, pp. 39 - 39, Jun, 2015

"Analysis of classification algorithms applied to some prokaryotic organisms" (2016-04)

M. Grbić, "Analysis of classification algorithms applied to some prokaryotic organisms", Apr, 2016

"Improving 1NN strategy for classification of some prokaryotic organisms" (2016-06)

M. Grbić, A. Kartelj, D. Matić, V. Filipović, "Improving 1NN strategy for classification of some prokaryotic organisms", Proceedings Belgrade BioInformatics Conference 2016, pp. 43 - 54, Jun, 2016

A heuristic approach for clustering metabolic networks into highly connected components (2018-09)

M. Grbić, А. Картељ, Д. Матић, С. Јанковић, В. Филиповић, A heuristic approach for clustering metabolic networks into highly connected components, NGP-Net4 abstract book, pp. 48 - 48, Sep, 2018

Partitioning Weighted Metabolic Networks into Maximally Balanced Connected Partitions (2020)

Д. Матић, M. Grbić, Partitioning Weighted Metabolic Networks into Maximally Balanced Connected Partitions, 2020

On application of computational methods in network-based biological research (2023-05)

M. Grbić, Д. Матић, On application of computational methods in network-based biological research, DYNALIFE book of abstracts, May, 2023

AI methods for biological networks and sequences (2023-05)

Д. Матић, M. Grbić, AI methods for biological networks and sequences, DYNALIFE book of abstracts, May, 2023