| Document Date: 2009-02-17 16:52:39
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City Washington / DC / Orlando / EAP / Boston / / Company Wilson / AUTHENTICATION IN HETEROGENEOUS NETWORKS / / Country United States / / Currency USD / / / Event FDA Phase / / Facility Base Station / National Institute of Standards and Technology / / IndustryTerm target networks / backbone network / wireless technology / local and metropolitan area networks / user applications / security services / Internet draft / cryptographic processing delay / network technology / cryptographic processing / Internet protocol / heterogeneous wireless networks / heterogeneous networks / media dependent operations / handover services / neous networks / fixed and mobile broadband wireless access systems / cryptographic processing time / access services / wireless networks / target network / carrier sense level / / Organization National Institute of Standards and Technology / EAP NAS / IEEE Computer Society / office of Law Enforcement Standards / / Person Nada Golmie / Katrin Hoeper / Antonio Izquierdo / / Position General / / Product IEEE / MD5 / / ProgrammingLanguage DC / / ProvinceOrState Minnesota / Maryland / / Technology Encryption / IPv6 / periodic Router / Internet protocol / key exchange protocol / broadband wireless access / Data Encryption / wireless technology / simulation / mobile device / 3g / network technology / Wireless lan / three technologies / /
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Using the EAP Framework for Fast Media Independent Handover Authentication∗ Antonio Izquierdo [removed] Katrin Hoeper [removed]