Resource Optimization Strategy in Optical Grid Supporting Multi-channel Transmission

The optical network owns the high bandwidth, but this performance works inefficiently in the grid structure with high requirements. Flexible resource scheduling scheme is benefit to elaborating the high bandwidth performance of optical grid network. This paper studies the resource optimization strategy based on the game theory, and proposes a dynamic resource scheduling scheme in the optical grid supporting multi-channel transmission. The optimal scheduling strategy is realized with Nash equilibrium of the game.