| Document Date: 2013-04-26 03:48:58
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City Geneva / Munich / / Company MIT Laboratory / Martin Seysen Giesecke & Devrient GmbH / Texas Instruments / CRC Press Inc. / the AES / UHFRFID Systems / / Continent Asia / Europe / / Country Switzerland / Germany / United States / / / IndustryTerm authentication protocol / supply chain / silicon technology / real time locating systems / silicon chip / decryption algorithm / air interface communications / external device / tag authentication protocol / energy / signal carrier / secure protocol / bank / cryptographic algorithms / memory bank / message processing / warehouse management / similar applications / preliminary workaround protocol / item management / retail stores / cryptographic co-processors / even complex smart card operating systems / / NaturalFeature UHF channel / / Organization MIT / Trial Division / International Organization for Standardization / ASIC / EPC / / Person Rabin / Klaus Finkenzeller / Walter Hinz / / Position mp / General / special peripheral memory access controller / / ProgrammingLanguage C / C * / C* / / ProvinceOrState Kansas / / PublishedMedium Parameters / / Technology FPGA / authentication protocol / RAM / Information technology / silicon chip / tag authentication protocol / smart card / private key / secret key / cryptographic co-processors / Rabin-Montgomery encryption / shared memory / operating systems / extended Euclidian algorithm / public key encryption / encryption / Cryptography / ASIC / public key / silicon technology / preliminary workaround protocol / 3 PRELIMINARY PROTOTYPE The authentication protocol / Message Encryption / Radio frequency / RAMON encryption / decryption algorithm / secure protocol / proposed protocol / 2 PROTOCOL / / URL http /
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Secure UHF Tags with Strong Cryptography Development of ISO/IEC[removed]Compatible Secure RFID Tags and Presentation of First Results Walter Hinz, Klaus Finkenzeller and Martin Seysen Giesecke & Devrient GmbH, Prinzrege