2016
DOI: 10.17533/udea.redin.n80a02
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Picking Routing Problem with K homogenous material handling equipment for a refrigerated warehouse

Abstract: This paper aims at formulating a Picking Routing Problem with K homogenous material handling equipment for a refrigerated warehouse (PRPHE). Discrete particle swarm optimization (PSO) and genetic algorithm (GA) metaheuristics are developed and validated for solving PRPHE. The discrete PSO is a novel approach to solving cold routing picking problems, which has not been detected in the scientific literature and is considered a contribution to the state of the art. The main difference between classical and discre… Show more

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Cited by 4 publications
(3 citation statements)
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References 19 publications
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“…Based on the perspective of a dynamic order picking routing, Lu et al [62] applied the intrusive routing algorithm to optimize the walking route of a dynamically changing order goods picking operation and proved the feasibility and effectiveness of the algorithm. Gómez-Montoya et al [63] applied a discrete particle swarm optimization algorithm and a genetic algorithm to optimize and solve the problems of cold storage equipment scheduling and picking operations. The experimental verification shows that the genetic algorithm has a higher degree of optimization for the walking distance of the picking operation.…”
Section: Routing Strategiesmentioning
confidence: 99%
“…Based on the perspective of a dynamic order picking routing, Lu et al [62] applied the intrusive routing algorithm to optimize the walking route of a dynamically changing order goods picking operation and proved the feasibility and effectiveness of the algorithm. Gómez-Montoya et al [63] applied a discrete particle swarm optimization algorithm and a genetic algorithm to optimize and solve the problems of cold storage equipment scheduling and picking operations. The experimental verification shows that the genetic algorithm has a higher degree of optimization for the walking distance of the picking operation.…”
Section: Routing Strategiesmentioning
confidence: 99%
“…Isler, Righetto & Morabito (2016) presentan un enfoque de optimización para el ruteo en almacenes para la preparación de pedidos. Gómez-Montoya et al (2016) formula un problema de ruteo en la preparación de pedidos con un número fijo de equipos homogéneos y ventanas de tiempo. Cano et al (2017) proponen una heurística que compara las distancias recorridas por cuatro políticas de enrutamiento para recolectar pedidos en el almacén y selecciona la de mejor rendimiento, además se comprueba que su desempeño en diversas configuraciones y tamaños de pedido supera a las de otras políticas de ruteo .…”
Section: Operaciones De Almacenamientounclassified
“…Various metaheuristic methods have been proposed in addition to the heuristic methods discussed in the literature, such as genetic algorithms [11,164], Ant Colony Optimization [96,34,48], particle swarm optimization [63,149,99], and tabu search [40]. Chabot et al [33] use an adaptive large neighborhood search (ALNS) to solve the order picker routing problem and compare their proposed heuristic solution with four other existing heuristics in the literature, namely S-shape, the largest gap, the mid-point, and the combined heuristics, showing that the ALNS outperforms the other four heuristics.…”
Section: Related Literaturementioning
confidence: 99%