Simulation modeling using ProModel technology

Harrell,; Price, '

doi:10.1109/wsc.2003.1261421

Cited by 57 publications

(70 citation statements)

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“…Among this type of software, the following can be distinguished: Dosimis-3often used in studies of logistics: Bukowski & Karkula (2003), Grabara & Kot (2001), Grabara, Dima, Kot & Kwiatkowska (2011), Karkula (2014), , Karkula, Jurczyk & Bukowski (2012), and production: Kubiński, Kubińska-Jabcoń & Niekurzak (2012), Arena -this software may be used to model different systems and processes, including business and manufacturing processes, for example as the one given in: Kelton, Sadowski & Sturrock (2007), Automodesoftware can be used for modeling mainly to the production and manufacture: Chen & Jiang (2011), Promodelsoftware may be used for modelling manufacturing, logistics and storage, e.g. in: Harrell & Price (2002), Quest, Witness, Mosys, Taylor, Enterprise Dynamics FlexSime.g. in: Gelenbe & Guennouni (1991), and finally Tecnomatix Plant Simulation, used in studies of logistics: Karkula (2013), Kostrzewski (2013), Ulbrich, Galka & Günthner (2010) and production: Danilczuk, Cechowicz & Gola (2014), Kłos & Kuc (2015).…”

Section: Research Methods and Software Implementationmentioning

confidence: 99%

Application of simulation method in analysis of order-picking processes in a high-rack warehouse

Kostrzewski

2016

RLP

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The aim of this paper is to discuss and explain the use of simulation methods in basic research on the most complicated type of processes in internal logistics, namely order-picking process, in case of high-rack warehouse(s). The research was conducted for randomised orders in picking lists. The analysis in the paper leads to determination whether the gained samples of data could be assigned as any theoretical probability distribution. By the name "samples of data", time durations of entire order-picking processes are understood. In order to study these processes, a simulation model was developed. The model was validated in order to compare its performance with classic method of order-picking time calculation in engineering practice. The simulation model considered in the paper was developed in accordance with guidelines of Discrete Event System Specification (DEVS) structure. The simulation tool used to build and analyse the simulation model was Plant Simulation 10.1.

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Section: Research Methods and Software Implementationmentioning

confidence: 99%

Application of simulation method in analysis of order-picking processes in a high-rack warehouse

Kostrzewski

2016

RLP

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“…Segundo Harrell et al (2000) e Law e Kelton (2000), simulação é a imitação de um sistema real modelado em computador para melhoria e avaliação de desempenho. Ou seja, simulação é tentar trazer um pouco da realidade para um ambiente controlado onde pode ser estudado o comportamento, sob diversas condições sem grandes custos envolvidos e riscos físicos.…”

Section: Simulação Computacionalunclassified

Gestão da Produção da Produção em Foco - Volume 30

Muzulon¹,

Souza²,

Cabrera³

et al. 2019

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“…Satu hasil yang sama dapat diperoleh dengan mengintegrasikan persamaan (4), namun gesekan dasar radial harus diketahui. Koeffesien (n + 1) 3 n -2 (n + 3) -1 selalu lebih dari satu, bervariasi dari 1,12 (n = 4) melalui 1,06 (n = 6) sampai 1,03 (n = 9) [2]. Komponen kecepatan radial, setelah beberapa transformasi sekarang menjadi…”

Section: Issn1907-753xunclassified