Integrating process and ontology to support supply chain modelling

Grubić, Tonči; Veža, Ivica; Bilić, Boženko

doi:10.1080/0951192x.2011.593047

Cited by 16 publications

(4 citation statements)

References 54 publications

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“…Examples of the former includes knowledge engineering for bespoke software design (Metaxiotis et al, 2001), organisational knowledge management (Davies et al, 2003), and the wider context of ontology/ metaontology development (Berto and Plabani, 2015). Some random illustrations of scientific ontologies pertinent to the CM research domain include those dealing with production (Rooke et al, 2007), knowledge management (Anumba et al, 2008), supply chain modelling (Grubic et al, 2011), and construction informatics (Turk, 2006).…”

Section: Ontological Considerationsmentioning

confidence: 99%

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The “ological-triad”: considerations for construction management research

Holt

Goulding

2017

JEDT

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To consider an '-ological' (ontological, epistemological and methodological) triad in the context of construction management (CM) research. To explore the triad in terms of ontological/ epistemological viewpoints, paradigmatic approaches to CM research and ultimately, CM methodological decisions.-Approach Derivation of critical narrative and graphical models employing literature synthesis : combined with experiential, methodological views of the authors.-Findings Conceptions of ontology, epistemology and methodology [the 'ological-triad'] : demonstrate high variability-resultantly, their use in CM research is equally inconsistent, sometimes questionable, and in the extreme, sometimes overlooked. Accordingly, this study concludes that greater recognition of the 'ological-triad' is called for in CM research, especially at the design stage. A framework for doing this is proffered.-Originality: Combined study of the 'ologies' within CM research uniquely consolidates previous disparate knowledge into a single, cogent, subject-specific discourse that inter-alia, both informs and illuminates CM research challenges. It also encourages critical debate on the issues highlighted.

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Section: Ontological Considerationsmentioning

confidence: 99%

“…. making business decisions (Business Dictionary, 2016) (Anumba et al, 2008), supply chain modelling (Grubic et al, 2011) and construction informatics (Turk, 2006).…”

Section: Ontological Considerationsmentioning

confidence: 99%

The “ological-triad”: considerations for construction management research

Holt

Goulding

2017

JEDT

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“…The approaches proposed are very diverse and range from more general supply chain modelling topics, typified by the works of Beamon (1998), Min and Zhou (2002) and Biswas and Narahari (2004), to more specific applications of simulation in supply chain modelling and analysis, as those introduced by Huang, Lau, and Mak (2003), Grubic, Veza, and Bilic (2011), Kleijnen (2005) and van der Zee and van der Vorst (2005). The approaches proposed are very diverse and range from more general supply chain modelling topics, typified by the works of Beamon (1998), Min and Zhou (2002) and Biswas and Narahari (2004), to more specific applications of simulation in supply chain modelling and analysis, as those introduced by Huang, Lau, and Mak (2003), Grubic, Veza, and Bilic (2011), Kleijnen (2005) and van der Zee and van der Vorst (2005).…”

Section: Introductionmentioning

confidence: 99%

Vendor selection and supply quantities determination in a bakery by AHP and fuzzy multi-criteria programming

Perić

Babić

Veža

2013

International Journal of Computer Integrated Manufacturing

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One of the possible conceptions for the survival in a turbulent world market is a chain cooperation among the producer, his suppliers and customers, according to the concept of supply chain management. The problem of vendor selection and determination of material quantities supplied is one of the most important activities in the supply chain. The purpose of this article is to propose a model for vendor selection and determination of supply quotas in the area of flour supply by using the analytic hierarchy process (AHP) and multi-objective linear programming (LP) model solved by fuzzy LP method, based on the decision-making in a fuzzy environment, and to point to the advantages of the proposed model in comparison to some other vendor selection and supply quantity determination models. The proposed model applied in the concrete problem of vendor selection and determination of supply quotas proved to be very efficient in determining the priority of alternatives, taking into account all the criteria and sub-criteria, as well as in defining criteria weights that express the decision-maker's preferences, which allows a simple sensitivity analysis of the obtained solutions.

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“…Of the two reference models SCOR and the GSCF, which have been widely used in production and SCM, SCOR meets the operation strategy, while the GSCF meets the SCM strategy. SCOR focuses on specific activities in SCM, and the GSCF focuses on the relationship between suppliers and customers; however, neither of them can describe SC processes from different viewpoints nor address the inter-and intra-organization processes in detail (Grubic et al, 2011).…”

Section: Sc Reference Modelsmentioning

confidence: 99%

Comparison of Supply Chain Process Models based on Service-oriented Architecture

Mohammadi¹,

Mukhtar²

2018

IJTech

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With the passage of time, supply chain processes have shifted toward IT-based business processes regarding service-oriented architecture (SOA) to augment the agility, integration, and flexibility of IT-based applications in enterprise networks. SOA, as a fast-growing paradigm in IT, uses Web service technologies and provides new pattern integration and interoperability in processes, services, and data. Consequently, many reference models have been developed in the field of SC processes to support the requirements for the related modeling, as well as to apply the development and implementation of supply chain information systems. The aim of this paper is to compare six main supply chain reference models regarding SOA and its underlying concepts and to identify which reference model can support different stages of information system development. The results show that no supply chain reference model can support both the coordination and interaction of process models in more detail and with a service-oriented approach in supply chain process modeling. Moreover, there is a need for a plausible methodology for business process modeling based on the service-oriented approach in the domain of supply chain management (SCM).

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Integrating process and ontology to support supply chain modelling

Cited by 16 publications

References 54 publications

The “ological-triad”: considerations for construction management research

The “ological-triad”: considerations for construction management research

Vendor selection and supply quantities determination in a bakery by AHP and fuzzy multi-criteria programming

Comparison of Supply Chain Process Models based on Service-oriented Architecture

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