Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: P2P-TV is an emerging alternative to classical television broadcast systems. Leveraging possibilities o ered by the Internet, several companies o er P2P-TV services to their customers. The overwhelming majority of these systems hover is of closed nature, o ering little insight on their tra c properties. For a better understanding of the P2P-TV landscape,  performed measurement experiments in France, Japan, Spain, and Romania, using di erent commercial applications. By using multiple measurement points in di erent locations of the world, our results can paint a global picture of the measured networks, inferring their main properties. More precisely,  focus on the level of collaboration beten peers, their location and the e ect of the tra c on the networks. Our results show that there is no fairness beten peers and that is an important issue for the scalability of P2P-TV systems. Moreover, hundreds of Autonomous Systems are involved in the P2P-TV tra c and it points out the lack of locality-aware mechanisms for these systems. The geographic location of peers testifies the wide spread of these applications in Asia and highlights their worldwide usage.
['Thomas Silverston', 'Loránd Jakab', 'Albert Cabellos-Aparicio', 'Olivier Fourmaux', 'Kave Salamatian', 'Kenjiro Cho']
I am writing a research paper on a idea Large-Scale Measurement Experiments of P2P-TV Systems Insights on Fairness and Locality
[{"from": "human", "value": "I am writing a research paper on a idea Large-Scale Measurement Experiments of P2P-TV Systems Insights on Fairness and Locality"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: P2P-TV is an emerging alternative to classical television broadcast systems. Leveraging possibilities o ered by the Internet, several companies o er P2P-TV services to their customers. The overwhelming majority of these systems hover is of closed nature, o ering little insight on their tra c properties. For a better understanding of the P2P-TV landscape,  performed measurement experiments in France, Japan, Spain, and Romania, using di erent commercial applications. By using multiple measurement points in di erent locations of the world, our results can paint a global picture of the measured networks, inferring their main properties. More precisely,  focus on the level of collaboration beten peers, their location and the e ect of the tra c on the networks. Our results show that there is no fairness beten peers and that is an important issue for the scalability of P2P-TV systems. Moreover, hundreds of Autonomous Systems are involved in the P2P-TV tra c and it points out the lack of locality-aware mechanisms for these systems. The geographic location of peers testifies the wide spread of these applications in Asia and highlights their worldwide usage."}]