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9951.2;9 PFES-ES
Titre du projet
Supply Chain Optimization Platform for Enterprises, SCOPE (MANUFUTURE Project)
Titre du projet anglais
SCOPE - Supply Chain Optimization Platform for Enterprises
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(Anglais)
SCOPE - Supply Chain Optimization Platform for Enterprises
Description succincte
(Français)
Supply Chain Optimization Platform for Enterprises, SCOPE (MANUFUTURE Project)
Résumé des résultats (Abstract)
(Anglais)
The SCOPE project constitutes the main realization phase of a two phase project initiated with the feasibility study MAF (CTI 9160.01). The feasibility study has very clearly demonstrated the advantages and usefulness of using open source multiagent platform and associated libraries for the development of a holistic visual supply chain modeling and simulation platform. Based on this experience, the purpose of this main project is to assure the realization of a visual supply chain modelling and simulation platform based on multi-agent software technology and supporting: 1) Decision making at the strategic level (supply chain design); 2) Decision making at the tactical level (supply chain calibration); 3) Risk and robustness analysis; 4) Personal training and assessment. The SCOPE visual supply chain modelling and simulation platform will be available to enterprises, allowing a full modelling of their value adding network. In order to assure an efficient use for decision making in actual enterprises, the challenging goal of a response time of one week has been set for the project.
Résumé des résultats (Abstract)
(Français)
The SCOPE project constitutes the main realization phase of a two phase project initiated with the feasibility study MAF (CTI 9160.01). The feasibility study has very clearly demonstrated the advantages and usefulness of using open source multiagent platform and associated libraries for the development of a holistic visual supply chain modeling and simulation platform. Based on this experience, the purpose of this main project is to assure the realization of a visual supply chain modelling and simulation platform based on multi-agent software technology and supporting: 1) Decision making at the strategic level (supply chain design); 2) Decision making at the tactical level (supply chain calibration); 3) Risk and robustness analysis; 4) Personal training and assessment. The SCOPE visual supply chain modelling and simulation platform will be available to enterprises, allowing a full modelling of their value adding network. In order to assure an efficient use for decision making in actual enterprises, the challenging goal of a response time of one week has been set for the project.
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