Abstract. In this paper we analyze how to improve the benefits of n producers when: (1) each producer i faces a linear production problem given by max{ci xi: Ai xi ≤ bi, xi ≥ 0}, and (2) maintaining the production capabilities of each producer is mandatory. In order to maximize the benefits, the producers decide to trade their resources while ensuring their initial individual gains. We study the games which describe this non-centralized linear production situation when players do not cooperate (section two), when players cooperate and side payments are possible (section three), and when players cooperate and side payments are not possible (section four)
Abstract. The replica of the Owen-Granot market linear production game is studied. A suitable way oí...
This paper considers a multiple-supplier, single manufacturer assembly supply chain where the suppli...
Synthesis is the automated construction of systems from their specifications. Modern systems often c...
We analyze applications of biform games to linear production (LP) and sequencing processes. Biform g...
We study a model of a production economy in which every set of agents owns a set of resources, and w...
This paper deals with cooperation situations in linear production problems in which a set of goods a...
We study profit sharing games in which players select projects to participate in and share the rewar...
This paper deals with a production planning problem formulated as a Mixed Integer Linear Programming...
International audienceWe investigate a supply chain consisting of two suppliers and a customer. The ...
Both of the two major components of Game Theory, e.g., the non-cooperative game theory and the coope...
Abstract: This study addresses the strategic problem of supply chain formation on the basis of the q...
In game theory, cooperative and non-cooperative approaches are distinguished in terms of two element...
The joint production of a single output from a single input by a group of potential users of a techn...
Collaborations lead to cost reductions, both monetary and environmentally. However, it is not immedi...
We apply linear and non-linear programming to find the solutions for Nash equilibriums and Nash arbi...
Abstract. The replica of the Owen-Granot market linear production game is studied. A suitable way oí...
This paper considers a multiple-supplier, single manufacturer assembly supply chain where the suppli...
Synthesis is the automated construction of systems from their specifications. Modern systems often c...
We analyze applications of biform games to linear production (LP) and sequencing processes. Biform g...
We study a model of a production economy in which every set of agents owns a set of resources, and w...
This paper deals with cooperation situations in linear production problems in which a set of goods a...
We study profit sharing games in which players select projects to participate in and share the rewar...
This paper deals with a production planning problem formulated as a Mixed Integer Linear Programming...
International audienceWe investigate a supply chain consisting of two suppliers and a customer. The ...
Both of the two major components of Game Theory, e.g., the non-cooperative game theory and the coope...
Abstract: This study addresses the strategic problem of supply chain formation on the basis of the q...
In game theory, cooperative and non-cooperative approaches are distinguished in terms of two element...
The joint production of a single output from a single input by a group of potential users of a techn...
Collaborations lead to cost reductions, both monetary and environmentally. However, it is not immedi...
We apply linear and non-linear programming to find the solutions for Nash equilibriums and Nash arbi...
Abstract. The replica of the Owen-Granot market linear production game is studied. A suitable way oí...
This paper considers a multiple-supplier, single manufacturer assembly supply chain where the suppli...
Synthesis is the automated construction of systems from their specifications. Modern systems often c...