A Multiagent Negotiation Based Model to Support the Collaborative Supply Chain Planning Process

Hernández, Jorge E.; Poler, Raúl; Pavón, Juán

doi:10.24846/v20i1y201104

Cited by 9 publications

(5 citation statements)

References 20 publications

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“…In the supply link, an integrated replenishment strategy is adopted. Manufacturers make judgments based on the retailer's inventory After multi-agent modelling and organisational structure analysis, we used intermediary structure to build a multi-agent system [20]. The system integrates the information of each individual agent, such as decision-making objectives, optimisation schemes etc.…”

Section: Manufacturer Relationship Flow Diagram Descriptionmentioning

confidence: 99%

Supply Chain Information Collaborative Simulation Model Integrating Multi-Agent and System Dynamics

Yang

Ding

Leng

et al. 2022

PROMTT

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Supply chain collaboration management is a systematic, integrated and agile advanced management mode, which helps to improve the competitiveness of enterprises and the entire supply chain. In order to realise the synergy of supply chain, the most important is to realise the dynamic synergy of information. Here we proposed a strategy to integrate system dynamics and multi-agent system modelling methods. Based on the strategy of supply chain information sharing and coordination, a two-level aggregation hybrid model was designed and established. Through the computer simulation analysis of the two modes before and after information collaboration, it is found that under the information collaboration mode, the change trend of order or inventory of suppliers and manufacturers always closely matches that of retailers. After the implementation of supply chain information coordination, ordering and inventory can be reasonably planned and matched, and problems such as over-stocking or short-term failure to meet order demands caused by poor information communication will no longer occur, which can greatly reduce the “bullwhip effect”.

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Section: Manufacturer Relationship Flow Diagram Descriptionmentioning

confidence: 99%

Supply Chain Information Collaborative Simulation Model Integrating Multi-Agent and System Dynamics

Yang

Ding

Leng

et al. 2022

PROMTT

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“…In this sense, the agent technology allows to add autonomy, delegation, cooperation and competition properties to IT solutions. Furthermore, it can provide distributed negotiation architectures for diverse domains such as transportation [10] and supply chain planning [22] among others.…”

Section: Towards a Model For Dynamic Formation And Operation Of Virtumentioning

confidence: 99%

Towards a Model for Dynamic Formation and Operation of Virtual Organizations for Transportation

Cabrera‐Paniagua¹,

Herrera²,

Cubillos³

et al. 2011

SIC

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This work presents an approach in the establishment of a model for dynamic formation and operation of virtual organizations, devoted to the domain of urban transport of people, particularly in the demand-responsive transportation domain. This model adds flexibility in integrating new transportation operators, based on new business opportunities that can be observed during the operation of the transport service. Also, this approach provides mechanisms to assist in maintaining the required minimum levels of quality. A general schema based on Agent Technology that supports the proposed dynamic model is included.

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“…More recently, those publications have been extensively encouraged with the organisation of the EWG-DSS annual research events. Evidences of those editions can be found in [7][8][9][10][11][12][13][14][15]. Since 2008, the EWG-DSS Co-ordination Board have been undertaking a network analysis project, defining a publication co-authorship network structure, which has been subject of further enhancements and updates up to date.…”

Section: Introductionmentioning

confidence: 99%

The Development Roadmap of the EWG-DSS Collab-Net Project: A Social Network Perspective of DSS Research Collaboration in Europe

Dargam

Linden

Liu

et al. 2013

Decision Support Systems II - Recent Developments Applied to DSS Network Environments

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It is well-known that social network analysis has been playing an increasingly important role in evaluating scientific research collaboration within publication databases. This paper presents the development roadmap of the EWG-DSS Collab-Net Project of the EURO Working Group on Decision Support Systems. The current project serves as a means for a social network perspective of research collaboration within the Decision Support Systems community in Europe. The major key variable used for the network analysis is co-authorship. The network was designed to show the collaboration dynamics among the researchers, members of the EWG-DSS group. Newly in this paper is the specification of the ontology model to be used within the collaboration research network, stating its benefits to the project. The study provides a clear understanding of the community's strengths, in terms of key players, strong links and well researched topic areas; as well as weaknesses such as weak links and isolated researchers. The main goal of the project's network analysis is to allow researchers to seek opportunities for future collaboration within the DSS communities. Results achieved so far are briefly described within the paper.

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A Multiagent Negotiation Based Model to Support the Collaborative Supply Chain Planning Process

Cited by 9 publications

References 20 publications

Supply Chain Information Collaborative Simulation Model Integrating Multi-Agent and System Dynamics

Supply Chain Information Collaborative Simulation Model Integrating Multi-Agent and System Dynamics

Towards a Model for Dynamic Formation and Operation of Virtual Organizations for Transportation

The Development Roadmap of the EWG-DSS Collab-Net Project: A Social Network Perspective of DSS Research Collaboration in Europe

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