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|Title=Application of genetic algorithm for sequencing problem of triple shuttle AS/RS | |Title=Application of genetic algorithm for sequencing problem of triple shuttle AS/RS | ||
|Year=2009 | |Year=2009 | ||
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two combined operations in such a way to minimize total movement | two combined operations in such a way to minimize total movement | ||
of S/R device with three shuttle modules. | of S/R device with three shuttle modules. | ||
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|Forschungsgruppe=Komplexitätsmanagement | |Forschungsgruppe=Komplexitätsmanagement | ||
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Aktuelle Version vom 24. März 2011, 18:29 Uhr
Application of genetic algorithm for sequencing problem of triple shuttle AS/RS
[[Application of genetic algorithm for sequencing problem of triple shuttle AS/RS]]
Published: 2009
Oktober
Buchtitel: SYMOPIS, 36. Symposium on Operational Research
Seiten: 311-314
Verlag: Institute of Mathematics, Serbian Academy of Sciences and Arts
Referierte Veröffentlichung
BibTeX
Kurzfassung
With growing demands on the acceleration of operations and increase
productivity that is set before the storage systems, and therefore
before the AS/RS (Automatic Storage/Retrieval System), a need to
improve the operational management and improvement of storage and
cargo retrieval is of utmost importance. The paper is focused on
the optimization of the cycle of AS/RS, which has three shuttle modules
(S/R can carry three units at the same time), in class based storage.
The paper proposed the application of genetic algorithms for AS/RS
based on the principle of sextuple command cycle, in other words
by means of duality of storage and retrieval where we solve these
two combined operations in such a way to minimize total movement
of S/R device with three shuttle modules.
Download: Media:LO DrazenPopovic CaslavBozic.pdf