Development of an OLAP Based Fuzzy Logic System for Supporting Put Away Decision

In today's rapidly changing and globally volatile world, manufacturers pay strong efforts on conducting lean production, outsourcing their components, and management on the complex supply chain. Warehouse management plays a vital role to be a successful player in the any kinds of industry which...

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Main Authors: C.H.Y. Lam, S.H. Chung, C.K.M. Lee, G.T.S. Ho, T.K.T. Yip
Format: Article
Language:English
Published: SAGE Publishing 2009-09-01
Series:International Journal of Engineering Business Management
Online Access:https://doi.org/10.5772/6779
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spelling doaj-a068e8b731fb4af484133b8b7f4bf3ce2021-04-02T10:54:08ZengSAGE PublishingInternational Journal of Engineering Business Management1847-97902009-09-01110.5772/6779Development of an OLAP Based Fuzzy Logic System for Supporting Put Away DecisionC.H.Y. Lam0S.H. Chung1C.K.M. Lee2G.T.S. Ho3T.K.T. Yip4 The Hong Kong Polytechnic University, Hong Kong The Hong Kong Polytechnic University, Hong Kong Nanyang Technological University, Singapore The Hong Kong Polytechnic University, Hong Kong The Hong Kong Polytechnic University, Hong KongIn today's rapidly changing and globally volatile world, manufacturers pay strong efforts on conducting lean production, outsourcing their components, and management on the complex supply chain. Warehouse management plays a vital role to be a successful player in the any kinds of industry which put-away process is a key activity that brings significant influence and challenges to warehouse performance. In this dynamic operating environment, minimizing the operation mistakes and providing accurate real time inventory information to stakeholder become the basic requirements to be an order qualifier. An OLAP based intelligent system called Fuzzy Storage Assignment System (FSAS) is proposed to increase availability of decision support data and convert the human knowledge into system for tackling the storage location assignment problem (SLAP). To validate the feasibility of this proposed system, a prototype will be worked out for a third party logistics company.https://doi.org/10.5772/6779
collection DOAJ
language English
format Article
sources DOAJ
author C.H.Y. Lam
S.H. Chung
C.K.M. Lee
G.T.S. Ho
T.K.T. Yip
spellingShingle C.H.Y. Lam
S.H. Chung
C.K.M. Lee
G.T.S. Ho
T.K.T. Yip
Development of an OLAP Based Fuzzy Logic System for Supporting Put Away Decision
International Journal of Engineering Business Management
author_facet C.H.Y. Lam
S.H. Chung
C.K.M. Lee
G.T.S. Ho
T.K.T. Yip
author_sort C.H.Y. Lam
title Development of an OLAP Based Fuzzy Logic System for Supporting Put Away Decision
title_short Development of an OLAP Based Fuzzy Logic System for Supporting Put Away Decision
title_full Development of an OLAP Based Fuzzy Logic System for Supporting Put Away Decision
title_fullStr Development of an OLAP Based Fuzzy Logic System for Supporting Put Away Decision
title_full_unstemmed Development of an OLAP Based Fuzzy Logic System for Supporting Put Away Decision
title_sort development of an olap based fuzzy logic system for supporting put away decision
publisher SAGE Publishing
series International Journal of Engineering Business Management
issn 1847-9790
publishDate 2009-09-01
description In today's rapidly changing and globally volatile world, manufacturers pay strong efforts on conducting lean production, outsourcing their components, and management on the complex supply chain. Warehouse management plays a vital role to be a successful player in the any kinds of industry which put-away process is a key activity that brings significant influence and challenges to warehouse performance. In this dynamic operating environment, minimizing the operation mistakes and providing accurate real time inventory information to stakeholder become the basic requirements to be an order qualifier. An OLAP based intelligent system called Fuzzy Storage Assignment System (FSAS) is proposed to increase availability of decision support data and convert the human knowledge into system for tackling the storage location assignment problem (SLAP). To validate the feasibility of this proposed system, a prototype will be worked out for a third party logistics company.
url https://doi.org/10.5772/6779
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