Edelev A.V., Zorkaltsev V.I. Алгоритм определения оптимальных и субоптимальных траекторий развития систем // Сибирский журнал индустриальной математики. №22(1). 2019. P.34-40. DOI: 10.33048/SIBJIM.2019.22.104 Излагается алгоритм определения оптимальных и всего набора субоптимальных траекторий развития технико-экономических систем. Динамика возможного развития систем задана в виде направленного графа, узлы которого характеризуют возможные состояния системы в будущие моменты времени, дуги - возможные...
Теги: ¶динамическое программирование , комбинаторное моделирование , оптимальные и субоптимальные варианты развития , dynamic programming , combinatorial modeling , optimal and suboptimal options of development... while the arcs represent all possible transitions from one state to another during given time intervals. The algorithm is based on the dynamic programming principles. It is applied in the software package “Dynamics” that realizes the methods of combinatorial modeling to study the long-term options for the development of energy systems. © 2019, Pleiades Publishing, Ltd. нет
Теги: combinatorial modeling , dynamic programming , optimal and suboptimal options of development , directed graphs , dynamic programming principle , economic system , energy systems , system state , time intervalEdelev A.V., Zorkaltsev V.I. Formation of the Development Options for Energy Systems by Combinatorial Modeling Methods // Journal of Applied and Industrial Mathematics. Vol.12. No.3. 2018. P.442-452. DOI: 10.1134/S1990478918030055 Under discussion are the requirements from the tools for analysis of long-term strategies for the development ...
Теги: combinatorial modeling , decision support , energy system , decision support systems , directed graphs , distributed computer systems , decision supports , distributed computing environment , energy systems , long term process , long-term stra... modelling of energy development options // Proceedings of 2017 10th International Conference Management of Large-Scale System Development, MLSD 2017. ID: 8109614. ISBN (print): 9781538607985. DOI: 10.1109/MLSD.2017.8109614 The article describes the combinatorial modeling approach to the research of energy sector development. The idea of the approach is to model a system development in the form of a directed graph which nodes correspond to the possible states of a system at certain moments of time ...
Теги: combinatorial modeling , decision support , distributed computing environment , energy sector , decision support systems , directed graphs , distributed computer systems , large scale systems , decision supports , energy development , energy sEdelev A., Sidorov I. Combinatorial modeling approach to find rational ways of energy development with regard to energy security requirements // Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics)....
Теги: combinatorial modelling , distributed computing , energy security , combinatorial mathematics , cryptography , distributed computer systems , energy policy , numerical analysis , sustainable development , combinatorial modeling , energy development , energy sector
