This paper presents a decentralized cooperative economic scheduling mechanism for a supply chain environment. For this purpose, we design autonomous agents that minimize the production or transportation costs and outsourcing costs incurred by the external execution of a task. The decentralized cooperative scheduling approach comprises two parts: the individual optimization an agent\u27s local schedule and the cooperative contract optimization, either by outsourcing the task or by (re-)contracting the release time and due time with the contract partners aiming to maximize their total profits. A negotiation mechanism based on trust accounts is employed to protect the agents against systematic exploitation by their partners
Abstract Decentralized control paradigms are becoming more and more attractive in an ever-changing...
In an age when enterprises are increasingly dependent on their suppliers and customers, individual c...
In this research project, an integration of multi-agent technology and optimization techniques is ...
This paper presents a decentralized cooperative economic scheduling mechanism for a supply chain env...
This paper presents an agent cooperation mechanism for scheduling operations in a manufacturing netw...
Abstract — This paper presents a decentralized negotiation pro-tocol for cooperative economic schedu...
Abstract — This paper presents a decentralized negotiation protocol for cooperative economic schedul...
The focus of this paper is the design of a mechanism to help economic agents - either autonomously o...
A multiagent approach to designing the transportation domain is presented. The MARS system is descri...
The aim of the research paper is to develop algorithms for manufacturers’ agents that would allow th...
Nous proposons de développer des outils d'aide à la décision pour l'ordonnancement de chaînes logist...
A multiagent approach to designing the transportation domain is presented. The MARS system is descri...
[EN] This paper proposes a decentralised planning optimisation approach by using mathematical progra...
In this paper, we consider scheduling problems in a supply chain with two agents, a manufacturer and...
One of the problems to be solved in manufacturing networks, with several production centers, is the ...
Abstract Decentralized control paradigms are becoming more and more attractive in an ever-changing...
In an age when enterprises are increasingly dependent on their suppliers and customers, individual c...
In this research project, an integration of multi-agent technology and optimization techniques is ...
This paper presents a decentralized cooperative economic scheduling mechanism for a supply chain env...
This paper presents an agent cooperation mechanism for scheduling operations in a manufacturing netw...
Abstract — This paper presents a decentralized negotiation pro-tocol for cooperative economic schedu...
Abstract — This paper presents a decentralized negotiation protocol for cooperative economic schedul...
The focus of this paper is the design of a mechanism to help economic agents - either autonomously o...
A multiagent approach to designing the transportation domain is presented. The MARS system is descri...
The aim of the research paper is to develop algorithms for manufacturers’ agents that would allow th...
Nous proposons de développer des outils d'aide à la décision pour l'ordonnancement de chaînes logist...
A multiagent approach to designing the transportation domain is presented. The MARS system is descri...
[EN] This paper proposes a decentralised planning optimisation approach by using mathematical progra...
In this paper, we consider scheduling problems in a supply chain with two agents, a manufacturer and...
One of the problems to be solved in manufacturing networks, with several production centers, is the ...
Abstract Decentralized control paradigms are becoming more and more attractive in an ever-changing...
In an age when enterprises are increasingly dependent on their suppliers and customers, individual c...
In this research project, an integration of multi-agent technology and optimization techniques is ...