Wiley & Sons / Delay Tolerant Networks / Bernstein / Thales Communications / Pocket Switched Networks / P. A. S. / Elsevier Science Ltd / Intel / /
Country
Italy / /
Currency
USD / /
Event
Product Issues / Product Recall / /
Facility
laboratory Euronetlab / Dartmouth College / /
IndustryTerm
power-law distribution / power-law paradox / wireless networking capabilities / opportunistic forwarding algorithms / delay-tolerant networks / ad hoc wireless networks / wireless network / ad-hoc networks / aggregate power law distribution / power-law behavior / self-organizing networks / power law paradox / power law behavior / Reality mining / urban mesh networks / sparse mobile networks / mobile ad-hoc networks / mature campus-wide wireless network / tolerant networks / Predictable disruption tolerant networks / wireless data / access network / social systems / Internet Mathematics / distribution law / Wireless nodes / communication devices / Power-law and log-normal distributions / tolerant network / power law / lighter-weight wearable devices / power law tail behaviors / pareto law / power law distribution / aggregate power law inter-contacts / power law result / /
Organization
MIT / US Bureau / U.S. Securities and Exchange Commission / National Academy of Sciences / Dartmouth College / Brownian Movement / /
Person
F. Legendre / V / Timur Friedman / Michael Mitzenmacher / Augustin Chaintreau / Marie Curie / / /
Position
Mobility Model for Ad Hoc Network Research / representative / /
Product
intercontact patterns / /
ProgrammingLanguage
Hoc / /
ProvinceOrState
Indiana / /
PublishedMedium
Physica A / IEEE Communications Magazine / /
TVStation
WDTN / /
Technology
Wi-Fi / PDF / mobile devices / cellular telephone / Mobile Computing / cell phones / GSM / opportunistic forwarding algorithms / simulation / Bluetooth / /
Characterizing Pairwise Inter-contact Patterns in Delay Tolerant Networks (Invited Paper) Vania Conan*, Jérémie Leguay*+ , Timur Friedman+ *Thales Communications Pierre et Marie Curie, LiP6–CNRS