An Algorithm for Determining Optimal and Suboptimal Trajectories of the Development of a System

A. V. Edelev; V. I. Zorkaltsev

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An Algorithm for Determining Optimal and Suboptimal Trajectories of the Development of a System

机译：一种确定系统开发的最优和次优轨迹的算法

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摘要

An algorithm is described for determining the optimal and the entire set of suboptimal trajectories of development of technical and economic systems. The dynamics of the possible development of a system is considered as a directed graph whose nodes characterize the possible system states in the future time intervals, 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.

机译：描述了一种算法，用于确定技术和经济系统的开发的最佳和整个次优轨迹。系统的可能开发的动态被认为是指向图的指示图，其节点以未来的时间间隔表征可能的系统状态，而电弧在给定时间间隔期间将所有可能的转换到另一个状态。该算法基于动态编程原理。它应用于软件包“动态”，实现了组合模型的方法，以研究能源系统发展的长期选择。

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来源
《Journal of applied and industrial mathematics》 |2019年第1期|共7页
作者
A. V. Edelev; V. I. Zorkaltsev;
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作者单位

Melentiev Institute of Energy Systems;

Melentiev Institute of Energy Systems;

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原文格式 PDF
正文语种 eng
中图分类应用数学;
关键词
dynamic programming; combinatorial modeling; optimal and suboptimal options of development;

机译：动态编程;组合建模;优化和次优开发选择;

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1. An Algorithm for Determining Optimal and Suboptimal Trajectories of the Development of a System [J] . A. V. Edelev, V. I. Zorkaltsev Journal of applied and industrial mathematics . 2019,第1期

机译：一种确定系统开发的最优和次优轨迹的算法
2. Development of an optimal state transition graph for trajectory optimisation of dynamic systems by application of Dijkstra's algorithm [J] . Biyela Philani, Rawatlal Randhir Computers & Chemical Engineering . 2019,第JUNa9期

机译：应用Dijkstra算法开发动态系统轨迹优化的最优状态转移图
3. Development of an optimal state transition graph for trajectory optimisation of dynamic systems by application of Dijkstra's algorithm [J] . Biyela Philani, Rawatlal Randhir Computers & Chemical Engineering . 2019,第Juna9期

机译：Dijkstra算法应用动态系统轨迹优化的最佳状态转换图
4. Suboptimal atmospheric trajectory design using genetic algorithms with variable mutation [C] . Yao-Feng Cheng, S.N.Balakrishnan AIAA 33rd Aerospace Seicnces Meeting and Exhibit January 9-12, 1995/Reno, NV . -1

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5. GENERATION OF SUBOPTIMAL, CLOSED LOOP GUIDANCE FOR MINIMUM TIME AIRCRAFT TRAJECTORIES. [D] . ISHIHARA, TERUO. 1969

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6. Identification of patients with suboptimal results after hip arthroplasty: development of a preliminary prediction algorithm [O] . Eugen Lungu, Pascal-André Vendittoli, François Desmeules 2015

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7. Optimal and suboptimal finger selection algorithms for MMSE Rake receivers in impulse radio ultra-wideband systems [O] . Sinan Gezici, Mung Chiang, H. Vincent Poor, 2015

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8. Advanced launch system trajectory optimization using suboptimal control [R] . Shaver, Douglas A., Hull, David G. 1993

机译：使用次优控制的高级发射系统轨迹优化

An Algorithm for Determining Optimal and Suboptimal Trajectories of the Development of a System

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