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Секция „Моделиране и оптимизация“

Институт по информационни и комуникационни технологии – БАН

← Назад към Състав Образование и научни степени
  • Доктор „Информатика и компютърни науки“ – ИИКТ-БАН
Национални научни програми
  • ННП-ОС „Опазване на околната среда и намаляване на риска от неблагоприятни явления и природни бедствия“, одобрена с Решение на МС №577/17.08.2018, финансирана от МОН (Споразумение №ДО1-230/06-12-2018)
Международни проекти
  • COBRA – Confrontation of CBRN-Terrorism Threats. ISF-Police (DG HOME). 01.10.2019–31.03.2023.
  • eOUTLAND – Protecting biodiversity at NATURA 2000 sites from natural hazards. Interreg Greece-Bulgaria. 02.10.2017–31.08.2023.
  • FIREURISK – Developing a Holistic, Risk-Wise Strategy for European Wildfire Management. Horizon 2020. 01.04.2021–31.03.2025.
Членство в програмни и организационни комитети
  • EnviroRisks 2022 – 2nd International Conference on Environmental protection and disaster Risks
  • FedCSIS 2022 – 17th Conference on Computer Science and Information Systems
  • EnviroRisks Workshop – „Cloud-based open GIS: Innovative Environmental management“
  • EnviroRISKs 2020 – 1st International Conference on Environmental protection and disaster RISKs
  • WCO 2020 – Workshop on Computational Optimization
Публикации (избрани)
  1. Dobrinkova N.: Bulgarian platform for natural hazards data collection and decision support in field operations. EnviroRISKs 2022, LNNS 638, Springer, 2023, DOI:10.1007/978-3-031-26754-3_31.
  2. Dobrinkova N., Arakelyan A., Katsaros E., Reynolds S.: Validation and optimization of dam break flood risk mapping. Studies in Computational Intelligence, 920, Springer, 2021, DOI:10.1007/978-3-030-58884-7. SJR:0.22.
  3. Dobrinkova N., Cardil A.: Fire Simulator capable to analyze fire spread in real time with limited field weather data. Studies in Computational Intelligence, 920, Springer, 2021. SJR:0.22.
  4. Dobrinkova N., Trindade C., et al.: Wildfire risk reduction based on landscape management. Studies in Systems, Decision and Control, Springer, 2021. SJR:0.14.
  5. Velev T., Dobrinkova N.: Unified innovative Platform for administration and automated management of internationally recognized standards. Studies in Big Data, 84, Springer, 2021, DOI:10.1007/978-3-030-65722-2. SJR:0.26.
  6. Dobrinkova N., Stefanov S.: Desktop application developed by open source tools for optimizations in cases of natural hazards. Studies in Computational Intelligence, 838, Springer, 2020. SJR:0.215.
  7. Dobrinkova N., Stefanov S.: Open source GIS for civil protection response in cases of wildland fires or flood events. LNCS, 11958, Springer, 2020, DOI:10.1007/978-3-030-41032-2_35. SJR:0.283.
  8. Dobrinkova N., Arakelyan A., et al.: Project for an open source GIS tool for visualization of flood risk analysis after mining dam failures. LNCS, 11958, Springer, 2020. SJR:0.283.
  9. Dobrinkova N., Cardil A., Boyvalenkov P., Kostadinov H.: The use of Wildfire Analyst in the Kresna Fire 2017 (Bulgaria). Intl. Fire Behavior and Fuels Conference, New Mexico, 2019.
  10. Dobrinkova N., Panayotov M., Boyvalenkov P.: Optimisation techniques in wildfire simulations – Kresna Fire August 2017. LNCS, 11189, Springer, 2019. SJR:0.315.
  11. Dobrinkova N., et al.: Emergency planning and optimizations based on dam break flood risk maps. FedCSIS 2019, DOI:10.15439/978-83-955416-1-2.
  12. Dobrinkova N., Maponi P.: Landslide Hazard, Environmental Dependencies and Computer Simulations. LNCS, 10665, Springer, 2018. SJR:0.315.
  13. Dobrinkova N.: Wildfire optimizations in modeling and calibrations for Bulgarian test cases. Studies in Computational Intelligence, 717, Springer, 2018. SJR:0.25.
  14. Balabanov, T., Zankinski, I., Dobrinkova, N.: Time Series Prediction by Artificial Neural Networks and Differential Evolution in Distributed Environment. LNCS, 7116, Springer, 2012. SJR:0.308.
  15. Dobrinkova N.: An overview of modelling Bulgarian wildland fire behavior by application of a mathematical game method and WRF-Fire models. Serdica Journal of Computing, 6, 2012.
  16. Dobrinkova N.: Информационни системи за симулация на полски и горски пожари. Амикум, 2013, ISBN:978-619-90047-1-5. (Книга)