56 research outputs found
Информационно-Аналитические Модели и Эволюционные Аспекты Решения Задачи Комплектования
В статье рассмотрена технология решения задачи комплектования аварийно-
спасательной техники с использованием многокритериальной оптимизации, последовательного
анализа вариантов и эволюционного моделирования. Разработаны модели, служащие информационно-
аналитическим базисом формирования интегрального критерия
Формализация задачи комплектования и эволюционные аспекты ее решения
В статье рассмотрена технология решения задачи комплектования аварийно-спасательной техники с
использованием многокритериальной оптимизации, последовательного анализа вариантов и эволюционного
моделирования. Разработаны модели, служащие информационно-аналитическим базисом формирования
интегрального критерия.У статті розглянута технологія розв’язання задачі комплектування аварійно-рятувальної техніки з
використанням багатокритеріальної оптимізації, послідовного аналізу варіантів та еволюційного моделювання.
Розроблені моделі, які є інформаційно-аналітичним базисом формування інтегрального критерію.In this paper the problem decision technology of a rescue technics acquisition with use multiobjective
optimization, the consecutive analysis of variants and evolutionary modelling is considered. The models
which are information-analytical basis for forming of integrated criterion are developed
Solving Logistic-Oriented Bin Packing Problems Through a Hybrid Quantum-Classical Approach
The Bin Packing Problem is a classic problem with wide industrial
applicability. In fact, the efficient packing of items into bins is one of the
toughest challenges in many logistic corporations and is a critical issue for
reducing storage costs or improving vehicle space allocation. In this work, we
resort to our previously published quantum-classical framework known as
Q4RealBPP, and elaborate on the solving of real-world oriented instances of the
Bin Packing Problem. With this purpose, this paper gravitates on the following
characteristics: i) the existence of heterogeneous bins, ii) the extension of
the framework to solve not only three-dimensional, but also one- and
two-dimensional instances of the problem, iii) requirements for item-bin
associations, and iv) delivery priorities. All these features have been tested
in this paper, as well as the ability of Q4RealBPP to solve real-world oriented
instances.Comment: 7 pages, 7 figures, paper accepted for being presented in the
upcoming 26th IEEE International Conference on Intelligent Transportation
Systems - ITSC 202
Greedy seeding procedure for GAs solving a strip packing problem
In this paper, the two-dimensional strip packing problem with 3-stage level patterns is tackled using genetic algorithms (GAs). We evaluate the usefulness of a greedy seeding procedure for creating the initial population, incorporating problem knowledge. This is motivated by the expectation that the seeding will speed up the GA by starting the search in promising regions of the search space. An analysis of the impact of the seeded initial population is offered, together with a complete study of the influence of these modifications on the genetic search. The results show that the use of an appropriate seeding of the initial population outperforms existing GA approaches on all the used problem instances, for all the metrics used, and in fact it represents the new state of the art for this problem.Red de Universidades con Carreras en Informática (RedUNCI
Greedy seeding procedure for GAs solving a strip packing problem
In this paper, the two-dimensional strip packing problem with 3-stage level patterns is tackled using genetic algorithms (GAs). We evaluate the usefulness of a greedy seeding procedure for creating the initial population, incorporating problem knowledge. This is motivated by the expectation that the seeding will speed up the GA by starting the search in promising regions of the search space. An analysis of the impact of the seeded initial population is offered, together with a complete study of the influence of these modifications on the genetic search. The results show that the use of an appropriate seeding of the initial population outperforms existing GA approaches on all the used problem instances, for all the metrics used, and in fact it represents the new state of the art for this problem.Red de Universidades con Carreras en Informática (RedUNCI
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