Power transmission network design by greedy randomized adaptive path relinking

H. Faria Jr., S.Binato, M. G. C. Resende, and D.M. Falcão

IEEE Transactions on Power Systems,  vol. 20, no.1, pp. 43-49, 2005.

ABSTRACT

This paper illusrates results obtained by a new metaheuristic approach, Greedy Randomized Adaptive Path Relinking, applied to solve static power transmission network design problems.  This new approach consists of a generalization of GRASP concepts to explore different trajectories between two "high-quality" solutions.  The results were obtained from two real-world cases studies from Brazilian systems. This paper illusrates results obtained by a new metaheuristic approach, Greedy Randomized Adaptive Path Relinking, applied to solve static power transmission network design problems.  This new approach consists of a generalization of GRASP concepts to explore different trajectories between two "high-quality" solutions.  The results were obtained from two real-world cases studies from Brazilian systems.

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Last modified: 31 January 2005

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