| Document Date: 2013-06-08 15:25:45
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City Philadelphia / / Company Atmel / Motorola / CBC / the AES / / Country United States / / Currency USD / / / Facility Berkeley University of California / Networks Naveen Sastry David Wagner University of California / College of Engineering / / IndustryTerm wireless chip / embedded device wireless security / low-rate wireless personal area networks / wireless communication chip / large networks / dedicated radio chip / low power devices / wireless game controllers / higher-level services / intermediate tradeoff between network / wireless radio chip / energy / wireless radios / personal area networking devices / radio chips / energy consumption / sensor networks / real time demands / envisioned applications / basic security services / link layer security protocol / security than network / link layer protocol / change protocols / radio chip / compliant radio chips / higher layer applications / e-www / personal area networks / encryption algorithm / secure network / wireless devices / sensor network / / Organization UC Berkeley / University of California / Berkeley University / College of Engineering / / Person Chris Karlof / Phillip Rogaway / Mihir Bellare / Bellovin / Joe Kilian / Joe Polastre / Rob Johnson / / Position radio designer / radio chip designer / Protection Authentication General / application designer / application writer / application programmer / forward for embedded device wireless security / / ProvinceOrState Pennsylvania / California / / Technology 64 bit MAC Encryption / 15.4 protocol / RAM / wireless devices / encryption algorithm / API / 3.1 Unauthenticated Encryption / block cipher / 2.1 Protocol / 32 bit MAC Encryption / radio chip / link layer security protocol / wireless radio chip / secret key / Operating Systems / 128 bit MAC Encryption / wireless communication chip / access control list / 32 Description No security Encryption / routing change protocols / encryption / cryptography / wireless chip / dedicated radio chip / flash memory / compliant radio chips / specific application protocol / radio chips / 15.4 radio chips / flash / stream cipher / link layer protocol / / URL http /
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Security Considerations for IEEENetworks Naveen Sastry David Wagner University of California, Berkeley