
We propose metaheuristic interval methods of global constrained optimization and their software implementation. Three methods are considered: average path ending, stochastic grid and interval scatter search. The methods are applied to the problem of optimal program control of nonlinear deterministic discrete and continuous systems. The solution of the applied problem of 3-dimensional interception and a brief comparative analysis of the effectiveness are given.
Разработаны алгоритмическое и программное обеспечение метаэвристических интервальных методов глобальной условной оптимизации (усредненных концов путей, стохастической сетки, разбросанного поиска) и методика их применения для решения задачи поиска оптимального программного управления нелинейными детерминированными системами. Приведено решение прикладной задачи трехмерного сближения с маневрирующим объектом, проведен сравнительный анализ эффективности.
ИНТЕРВАЛЬНЫЕ МЕТОДЫ,МЕТАЭВРИСТИЧЕСКИЕ МЕТОДЫ,ГЛОБАЛЬНАЯ УСЛОВНАЯ ОПТИМИЗАЦИЯ,ОПТИМАЛЬНОЕ УПРАВЛЕНИЕ,INTERVAL METHODS,METAHEURISTIC,GLOBAL CONSTRAINED OPTIMIZATION,OPTIMAL CONTROL
ИНТЕРВАЛЬНЫЕ МЕТОДЫ,МЕТАЭВРИСТИЧЕСКИЕ МЕТОДЫ,ГЛОБАЛЬНАЯ УСЛОВНАЯ ОПТИМИЗАЦИЯ,ОПТИМАЛЬНОЕ УПРАВЛЕНИЕ,INTERVAL METHODS,METAHEURISTIC,GLOBAL CONSTRAINED OPTIMIZATION,OPTIMAL CONTROL
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