Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: If  limit the contact rate of worm traffic, can  alleviate and ultimately contain Internet worms?  sets out to ansr this question. Specifically,  are interested in analyzing different deployment strategies of rate control mechanisms and the effect thereof on suppressing the spread of worm code.  use both analytical models and simulation experiments.  find that rate control at individual hosts or edge routers yields a slowdown that is linear in the number of hosts (or routers) with the rate limiting filters. Limiting contact rate at the backbone routers, hover, is substantially more effective-it renders a slowdown comparable to deploying rate limiting filters at every individual host that is covered. This result holds true even when susceptible and infected hosts are patched and immunized dynamically. To provide context for our analysis,  examine real traffic traces obtained from a campus computing network.  observe that rate throttling could be enforced with minimal impact on legitimate communications. Two worms observed in the traces, hover, would be significantly slod down.
['Cynthia Wong', 'Chenxi Wang', 'Dawn Xiaodong Song', 'Stan Bielski', 'Gregory R. Ganger']
I am writing a research paper on a idea Dynamic quarantine of Internet worms
[{"from": "human", "value": "I am writing a research paper on a idea Dynamic quarantine of Internet worms"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: If  limit the contact rate of worm traffic, can  alleviate and ultimately contain Internet worms?  sets out to ansr this question. Specifically,  are interested in analyzing different deployment strategies of rate control mechanisms and the effect thereof on suppressing the spread of worm code.  use both analytical models and simulation experiments.  find that rate control at individual hosts or edge routers yields a slowdown that is linear in the number of hosts (or routers) with the rate limiting filters. Limiting contact rate at the backbone routers, hover, is substantially more effective-it renders a slowdown comparable to deploying rate limiting filters at every individual host that is covered. This result holds true even when susceptible and infected hosts are patched and immunized dynamically. To provide context for our analysis,  examine real traffic traces obtained from a campus computing network.  observe that rate throttling could be enforced with minimal impact on legitimate communications. Two worms observed in the traces, hover, would be significantly slod down."}]