Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: OpenFlow-based networks simplify network management and improve network programmability by centralized network control. Existing OpenFlow networks employ packet-granularity mismatched packet buffer management to reduce the switch-controller communication overhead. Hover, the impact of packet buffer management granularity on network performance has not been ll investigated yet. ,  propose a novel design of flow-granularity mismatched packet buffer management model for OpenFlow networks, which outperforms the existing packet-granularity buffer management approaches with less communication overhead beten switches and controllers. By designing the flow action pre-processing mechanism,  prevent per-flow packet disorder with less packet drop ratio.  evaluate the performance of the proposed flow-granularity mismatched packet buffer management scheme by building prototypes on both software and hardware switches. Experimental results reveal that our proposed method can effectively reduce the switches-controllers communication overhead, as ll as preserve packet order for multi-flow OpenFlow networks.
['Jianbiao Mao', 'Biao Han', 'Zhigang Sun', 'Xicheng Lu', 'Ziwen Zhang']
I am writing a research paper on a idea Efficient mismatched packet buffer management with packet order-preserving for OpenFlow networks
[{"from": "human", "value": "I am writing a research paper on a idea Efficient mismatched packet buffer management with packet order-preserving for OpenFlow networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: OpenFlow-based networks simplify network management and improve network programmability by centralized network control. Existing OpenFlow networks employ packet-granularity mismatched packet buffer management to reduce the switch-controller communication overhead. Hover, the impact of packet buffer management granularity on network performance has not been ll investigated yet. ,  propose a novel design of flow-granularity mismatched packet buffer management model for OpenFlow networks, which outperforms the existing packet-granularity buffer management approaches with less communication overhead beten switches and controllers. By designing the flow action pre-processing mechanism,  prevent per-flow packet disorder with less packet drop ratio.  evaluate the performance of the proposed flow-granularity mismatched packet buffer management scheme by building prototypes on both software and hardware switches. Experimental results reveal that our proposed method can effectively reduce the switches-controllers communication overhead, as ll as preserve packet order for multi-flow OpenFlow networks."}]