Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Analysing and modeling of traffic play a vital role in designing and controlling of networks effectively. To construct a practical traffic model that can be used for various networks, it is necessary to characterize aggregated traffic and user traffic.  investigates these characteristics and their relationship. Our analyses are based on a huge number of packet traces from five different networks on the Internet.  found that: (1) marginal distributions of aggregated traffic fluctuations follow positively sked (non-Gaussian) distributions, which leads to the existence of "spikes", where spikes correspond to an extremely large value of momentary throughput; (2) the amount of user traffic in a unit of time has a wide range of variability; and (3) flows within spikes are more likely to be "elephant flows", where an elephant flow is an IP flow with a high volume of traffic. These findings are useful in constructing a practical and realistic Internet traffic model.
['Tatsuya Mori', 'Ryoichi Kawahara', 'Shozo Naito', 'Shigeki Goto']
I am writing a research paper on a idea On the characteristics of Internet traffic variability: spikes and elephants
[{"from": "human", "value": "I am writing a research paper on a idea On the characteristics of Internet traffic variability: spikes and elephants"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Analysing and modeling of traffic play a vital role in designing and controlling of networks effectively. To construct a practical traffic model that can be used for various networks, it is necessary to characterize aggregated traffic and user traffic.  investigates these characteristics and their relationship. Our analyses are based on a huge number of packet traces from five different networks on the Internet.  found that: (1) marginal distributions of aggregated traffic fluctuations follow positively sked (non-Gaussian) distributions, which leads to the existence of \"spikes\", where spikes correspond to an extremely large value of momentary throughput; (2) the amount of user traffic in a unit of time has a wide range of variability; and (3) flows within spikes are more likely to be \"elephant flows\", where an elephant flow is an IP flow with a high volume of traffic. These findings are useful in constructing a practical and realistic Internet traffic model."}]