Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  focuses on understanding the scale and the distribution of "state overhead'' (briefly load) that is incurred on the routers by various value-added network services, e.g., IP multicast and IP traceback. This understanding is essential to developing appropriate mechanisms and provisioning resources so that the Internet can support such value-added services in an efficient and scalable manner.  mainly consider the number of end-to-end paths or trees intersecting at a router to represent the amount of state overhead at that router. Hence,  analyze the router-level intersection characteristics of end-to-end Internet paths or trees to approximate the state overhead distribution in the Internet. For the reliability of our analysis, a representative, end-to-end router-level Internet map is essential. Although several maps are available, they are at best insufficient for our analysis. Therefore, in the first part of our work,  exert a measurement study to obtain a large size end-to-end router-level map conforming to our constraints. In the second part,  conduct various experiments using our map and shed some light on the scale and distribution of state overhead of value-added Internet services in both unicast and multicast environments.
['Sevcan Bilir', 'Kamil Sarac', 'Turgay Korkmaz']
I am writing a research paper on a idea Intersection characteristics of end-to-end Internet paths and trees
[{"from": "human", "value": "I am writing a research paper on a idea Intersection characteristics of end-to-end Internet paths and trees"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  focuses on understanding the scale and the distribution of \"state overhead'' (briefly load) that is incurred on the routers by various value-added network services, e.g., IP multicast and IP traceback. This understanding is essential to developing appropriate mechanisms and provisioning resources so that the Internet can support such value-added services in an efficient and scalable manner.  mainly consider the number of end-to-end paths or trees intersecting at a router to represent the amount of state overhead at that router. Hence,  analyze the router-level intersection characteristics of end-to-end Internet paths or trees to approximate the state overhead distribution in the Internet. For the reliability of our analysis, a representative, end-to-end router-level Internet map is essential. Although several maps are available, they are at best insufficient for our analysis. Therefore, in the first part of our work,  exert a measurement study to obtain a large size end-to-end router-level map conforming to our constraints. In the second part,  conduct various experiments using our map and shed some light on the scale and distribution of state overhead of value-added Internet services in both unicast and multicast environments."}]