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Information Propagation Speed in Bidirectional Vehicular Delay Tolerant Networks

Information Propagation Speed in Bidirectional Vehicular Delay Tolerant Networks . Infocom 2011. Introduction . Analysis the information propagation speed in bidirectional vehicular delay tolerant networks on highways. A threshold(phase transition)

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Information Propagation Speed in Bidirectional Vehicular Delay Tolerant Networks

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  1. Information Propagation Speed in Bidirectional Vehicular Delay Tolerant Networks Infocom 2011

  2. Introduction • Analysis the information propagation speed in bidirectional vehicular delay tolerant networks on highways. • A threshold(phase transition) • Vehicular speed v.sdramatically propagation • Exact expression • A model based on Poisson point process on continuous space, finite and infinite radio propagation speed.

  3. Introducion • Contribution • Develop a new vehicule-to-vehicule model • Show the existence of a threshold • Give the exact expression of this threshold • Under the threshold  the gain follows simple power law • Above the threshold  quasi-exponential • Infinite and finite radio propagation • Simulation

  4. Model and result • : the intensity of eastbound vehicle density as Poisson. • : the intensity of westbound vehicle density as Poisson. • : the radio propagation speed • The radio range is 1 • A phase transition occurs when =

  5. Model and result • : the duration the beacon waits when blocked for the ithtime • : the distance traveled by the beacon just after • L(t) : the distance traveled by the beacon during a time t on the eastbound lane • 3 • 2

  6. Model and result

  7. Phase trasition

  8. See paper

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