Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Due to the accelerated evolution of application services, optical network virtualization simplifies optical-layer resource management and provides flexibility in spectrum resource allocation. Hover, the energy consumption is one of the great challenges in the virtual optical networks (VONs).  focuses on the energy efficiency problem in survivable VONs with the sliceable multi-flow transponders and the elastic regenerators. For each VON, all virtual links provide the dedicated-path protection in the flexible bandwidth optical networks. An integer linear program (ILP) and a minimum unit-energy submatrix (MinEnSub) VON mapping approach are developed to improve the energy efficiency, minimize the por consumption, and reduce the spectrum usage under different line rates. For comparison, a baseline VON mapping approach is introduced. Simulation results show that the ILP model and the proposed MinEnSub VON mapping approach can save por consumption, improve the energy efficiency, and reduce the spectrum usage compared with the baseline VON mapping approach in a 6-node network. As expected, in a 14-node network, simulation results also validate that our proposed MinEnSub VON mapping approach can achieve better performance in terms of por consumption, energy efficiency, number of frequencies, and the number of regenerators.
['Yongli Zhao', 'Bowen Chen', 'Jie Zhang', 'Xinbo Wang']
I am writing a research paper on a idea Energy Efficiency With Sliceable Multi-Flow Transponders and Elastic Regenerators in Survivable Virtual Optical Networks
[{"from": "human", "value": "I am writing a research paper on a idea Energy Efficiency With Sliceable Multi-Flow Transponders and Elastic Regenerators in Survivable Virtual Optical Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Due to the accelerated evolution of application services, optical network virtualization simplifies optical-layer resource management and provides flexibility in spectrum resource allocation. Hover, the energy consumption is one of the great challenges in the virtual optical networks (VONs).  focuses on the energy efficiency problem in survivable VONs with the sliceable multi-flow transponders and the elastic regenerators. For each VON, all virtual links provide the dedicated-path protection in the flexible bandwidth optical networks. An integer linear program (ILP) and a minimum unit-energy submatrix (MinEnSub) VON mapping approach are developed to improve the energy efficiency, minimize the por consumption, and reduce the spectrum usage under different line rates. For comparison, a baseline VON mapping approach is introduced. Simulation results show that the ILP model and the proposed MinEnSub VON mapping approach can save por consumption, improve the energy efficiency, and reduce the spectrum usage compared with the baseline VON mapping approach in a 6-node network. As expected, in a 14-node network, simulation results also validate that our proposed MinEnSub VON mapping approach can achieve better performance in terms of por consumption, energy efficiency, number of frequencies, and the number of regenerators."}]