Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Energy efficient routers are important and promising devices in the roadmap toward green networking. ,  explore this topic with a traffic aware design that can automatically adapt the router’s energy consumption to the network traffic in real time with transitions at the scale from microseconds to nanoseconds. ,  make three contributions. First,  propose an energy efficient router architecture using frequency scaling, which is extended from the contemporary line card architecture of the router. Second,  prototype our architecture on a gigabit NetFPGA platform, which extends a router design on that platform to dynamically work at six frequencies. Then,  discuss the implementation in detail and present a per-packet-based por consumption model from real-world measurements. Third,  further propose four algorithms, which efficiently and automatically adapt por grades under the methodology of periodical and threshold-based scaling. Our experiments are carried out on two platforms, a NetFPGA prototype for feasible scenarios and a simulator for other scenarios in excess of the NetFPGA port limit with parameters synthetically generated to the real-world measurement. Experimental results show that approximately 25% por can be saved with our architecture and algorithms. Conclusions are also given to summarize our findings.
['Tian Song', 'Zheng Jiang', 'Yu Wei', 'Xiangjun Shi', 'Xiaowei Ma', 'Olga Ormond', 'Martin Collier', 'Xiaojun Wang']
I am writing a research paper on a idea Traffic Aware Energy Efficient Router: Architecture, Prototype and Algorithms
[{"from": "human", "value": "I am writing a research paper on a idea Traffic Aware Energy Efficient Router: Architecture, Prototype and Algorithms"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Energy efficient routers are important and promising devices in the roadmap toward green networking. ,  explore this topic with a traffic aware design that can automatically adapt the router\u2019s energy consumption to the network traffic in real time with transitions at the scale from microseconds to nanoseconds. ,  make three contributions. First,  propose an energy efficient router architecture using frequency scaling, which is extended from the contemporary line card architecture of the router. Second,  prototype our architecture on a gigabit NetFPGA platform, which extends a router design on that platform to dynamically work at six frequencies. Then,  discuss the implementation in detail and present a per-packet-based por consumption model from real-world measurements. Third,  further propose four algorithms, which efficiently and automatically adapt por grades under the methodology of periodical and threshold-based scaling. Our experiments are carried out on two platforms, a NetFPGA prototype for feasible scenarios and a simulator for other scenarios in excess of the NetFPGA port limit with parameters synthetically generated to the real-world measurement. Experimental results show that approximately 25% por can be saved with our architecture and algorithms. Conclusions are also given to summarize our findings."}]