Water Resource Optimal Allocation Based on Multi-Agent Game Theory of HanJiang River Basin

water resources management in the harirud river basin based on game theory

today, limitations of water availability besides common rights between countries on transboundary rivers causes a competition among them for more water using. usually, stakeholders prefer to overuse from their water rights because of unreliability, risk aversion and short term approaches. iran, afghanistan and turkmenistan as common congruities on harirud always try to maximize their benefits f...

Transmission cost allocation based on cooperative game theory

RELIABILITY-BASED MULTI-OBJECTIVE OPTIMAL DESIGN OF SPATIAL TRUSSES USING GAME THEORY AND GA

This paper introduces a reliability-based multi-objective design method for spatial truss structures. A multi-objective optimization problem has been defined considering three conflicting objective functions including truss weight, nodal deflection, and failure probability of the entire truss structure with design variables of cross sectional area of the truss members. The failure probability o...

Resource Allocation in Construction Scheduling based on Multi- Agent Negotiation

Computerized project management in construction is traditionally based on precedence diagrams such as PERT or CPM. Resources required for the execution of activities are usually scarce and therefore provide additional constraints to the predecessor-successor relationships. The objective of this NPhard problem, which is also known as Resource Constrained Project Scheduling Problem (RCPSP), is to...

Resource allocation based on integer programming and game theory in uplink multi-cell cooperative OFDMA systems

In this article, we propose a semi-distributed resource allocation framework for the resource optimization in multicell uplink cooperative orthogonal frequency division multiplexing systems. Specifically, we model the resource allocation framework as an optimal problem. This optimization problem is divided into two steps. First, using integer programming, we achieve the joint relay selection an...