A generic material flow control model applied in two industrial sectors

    Research output: Contribution to journalArticleAcademicpeer-review

    3 Citations (Scopus)

    Abstract

    This paper addresses the problem of generic planning and control of automated material handling systems (AMHSs). We build upon previous work to provide a proof of concept for generic control of AMHSs in different domains. We present a generic control architecture for AMHSs, and apply this architecture to a material flow model with storage and sorter systems. We set up our model to be applicable to AMHSs in two different industrial sectors: Baggage Handling and Distribution. We report on performance indicators and analyze how far we can control the two industries generically in terms of software implementation. To this end, we present an impressive degree of 84% commonality in the control software code. Moreover, we highlight deviations from the generic control and give insight to control procedures that deviate from the generic code. A generic architecture that optimally exploits synergy between the different market sectors may reduce design time and costs considerably for system suppliers acting in both industries, while finding a common ground to model AMHSs in these different sectors also forms a scientific challenge
    Original languageEnglish
    Pages (from-to)663-677
    JournalComputers in industry
    Volume64
    Issue number6
    DOIs
    Publication statusPublished - 2013

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    Flow control
    Materials handling
    Baggage handling
    Industry
    Planning
    Costs

    Keywords

    • METIS-297003
    • IR-86744

    Cite this

    @article{f5dcf857357c4b55b60d9b80dbaa013e,
    title = "A generic material flow control model applied in two industrial sectors",
    abstract = "This paper addresses the problem of generic planning and control of automated material handling systems (AMHSs). We build upon previous work to provide a proof of concept for generic control of AMHSs in different domains. We present a generic control architecture for AMHSs, and apply this architecture to a material flow model with storage and sorter systems. We set up our model to be applicable to AMHSs in two different industrial sectors: Baggage Handling and Distribution. We report on performance indicators and analyze how far we can control the two industries generically in terms of software implementation. To this end, we present an impressive degree of 84{\%} commonality in the control software code. Moreover, we highlight deviations from the generic control and give insight to control procedures that deviate from the generic code. A generic architecture that optimally exploits synergy between the different market sectors may reduce design time and costs considerably for system suppliers acting in both industries, while finding a common ground to model AMHSs in these different sectors also forms a scientific challenge",
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    author = "S.W.A. Haneyah and Peter Schuur and Schutten, {Johannes M.J.} and Zijm, {Willem H.M.}",
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    language = "English",
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    journal = "Computers in industry",
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    A generic material flow control model applied in two industrial sectors. / Haneyah, S.W.A.; Schuur, Peter; Schutten, Johannes M.J.; Zijm, Willem H.M.

    In: Computers in industry, Vol. 64, No. 6, 2013, p. 663-677.

    Research output: Contribution to journalArticleAcademicpeer-review

    TY - JOUR

    T1 - A generic material flow control model applied in two industrial sectors

    AU - Haneyah, S.W.A.

    AU - Schuur, Peter

    AU - Schutten, Johannes M.J.

    AU - Zijm, Willem H.M.

    PY - 2013

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    N2 - This paper addresses the problem of generic planning and control of automated material handling systems (AMHSs). We build upon previous work to provide a proof of concept for generic control of AMHSs in different domains. We present a generic control architecture for AMHSs, and apply this architecture to a material flow model with storage and sorter systems. We set up our model to be applicable to AMHSs in two different industrial sectors: Baggage Handling and Distribution. We report on performance indicators and analyze how far we can control the two industries generically in terms of software implementation. To this end, we present an impressive degree of 84% commonality in the control software code. Moreover, we highlight deviations from the generic control and give insight to control procedures that deviate from the generic code. A generic architecture that optimally exploits synergy between the different market sectors may reduce design time and costs considerably for system suppliers acting in both industries, while finding a common ground to model AMHSs in these different sectors also forms a scientific challenge

    AB - This paper addresses the problem of generic planning and control of automated material handling systems (AMHSs). We build upon previous work to provide a proof of concept for generic control of AMHSs in different domains. We present a generic control architecture for AMHSs, and apply this architecture to a material flow model with storage and sorter systems. We set up our model to be applicable to AMHSs in two different industrial sectors: Baggage Handling and Distribution. We report on performance indicators and analyze how far we can control the two industries generically in terms of software implementation. To this end, we present an impressive degree of 84% commonality in the control software code. Moreover, we highlight deviations from the generic control and give insight to control procedures that deviate from the generic code. A generic architecture that optimally exploits synergy between the different market sectors may reduce design time and costs considerably for system suppliers acting in both industries, while finding a common ground to model AMHSs in these different sectors also forms a scientific challenge

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    KW - IR-86744

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