Seuraa
Mate Hegyhati
Mate Hegyhati
Associate Professor, University of Sopron
Vahvistettu sähköpostiosoite verkkotunnuksessa uni-sopron.hu - Kotisivu
Nimike
Viittaukset
Viittaukset
Vuosi
Overview of industrial batch process scheduling
M Hegyháti, F Friedler
Chemical Engineering 21, 2010
272010
Practical infeasibility of cross-transfer in batch plants with complex recipes: S-graph vs MILP methods
M Hegyháti, T Majozi, T Holczinger, F Friedler
Chemical Engineering Science 64 (3), 605-610, 2009
262009
Waste to energy for small cities: economics versus carbon footprint
W Ng, P Varbanov, J Klemeš, M Hegyhati, B Bertok, I Heckl, H Lam
Chemical Engineering Transactions 35, 889-894, 2013
242013
Simultaneous heat integration and batch process scheduling
T Holczinger, M Hegyháti, F Friedler
Chemical Engineering Transactions 29 (1), 337-342, 2012
132012
Combinatorial algorithms of the S-graph framework for batch scheduling
M Hegyháti, F Friedler
Industrial & Engineering Chemistry Research 50 (9), 5169-5174, 2011
112011
Combinatorial approach to address batch scheduling problems with limited storage time
M Hegyhati, T Holczinger, A Szoldatics, F Friedler
Chem Eng Trans 25, 495-500, 2011
112011
Using S-graph to address uncertainty in batch plants
JM Laínez, M Hegyháti, F Friedler, L Puigjaner
Clean Technologies and Environmental Policy 12, 105-115, 2010
92010
Colorability of mixed hypergraphs and their chromatic inversions
M Hegyháti, Z Tuza
Journal of Combinatorial Optimization 25 (4), 737-751, 2013
72013
An S-graph based approach for multi-mode resource-constrained project scheduling with time-varying resource capacities
O Osz, M Hegyhati
Chemical engineering transactions 70, 1165-1170, 2018
52018
An automated algorithm for throughput maximization under fixed time horizon in multipurpose batch plants: S-graph approach
T Holczinger, T Majozi, M Hegyhati, F Friedler
Computer Aided Chemical Engineering 24, 649-654, 2007
52007
Addressing storage time restrictions in the S-graph scheduling framework
M Hegyháti, T Holczinger, O Ősz
Optimization and Engineering 22 (4), 2679-2706, 2021
42021
Scheduling approach for on-site jobs of service providers
T Holczinger, O Ősz, M Hegyháti
Flexible Services and Manufacturing Journal 32, 913-948, 2020
42020
Scheduling of automated wet-etch stations
M Hegyháti, O Ösz, B Kovács, F Friedler
Chem Eng Trans 39, 433-438, 2014
32014
Increasing solar energy utilisation by rescheduling operations with heat and electricity demand
A Nemet, M Hegyhátib, JJ Klemeša, F Friedler
CHEMICAL ENGINEERING 29, 2012
32012
Minimizing freshwater usage in batch process scheduling: S-Graph approach
O Ősz, DCY Foo, M Hegyháti
Process Integration and Optimization for Sustainability 5 (1), 31-42, 2021
22021
Batch process scheduling with eS-graph: A case study
M Hegyhati
Chemical Engineering Transactions 70, 115-120, 2018
22018
Linearly priced timed automata for the bus schedule assignment problem
B Dávid, M Hegyháti, M Krész
2018 4th International Conference on Logistics Operations Management (GOL), 1-7, 2018
22018
The role of energy consumption in batch process scheduling
M Hegyhati, F Friedler
Computer Aided Chemical Engineering 29, 1979-1983, 2011
22011
Optimization with uncertainties: a scheduling example
M Hegyháti, KA Bakon, T Holczinger
Central European Journal of Operations Research 31 (4), 1239-1263, 2023
12023
Comparison of discrete-and continuous-time models for scheduling waste wood processing facilities
O Ősz, B Dávid, M Hegyháti
Central European Journal of Operations Research 31 (3), 853-871, 2023
12023
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Artikkelit 1–20