| Document Date: 2007-02-06 20:58:58
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City Haifa / San Jose / / Company Jean-Pierre Seifert4 1 Samsung Information Systems / IDC / I SRAEL 3 Intel Corporation / the AES / / / Facility University of Innsbruck / BIGNUM library / openSSL CRT-RSA library / University of Haifa / / IndustryTerm security applications / software writers / software mitigation techniques / software mitigation methodology / careful software analysis / software implementation / cryptographic applications / n-bit long product / purpose processors / software mitigation methods / software countermeasures / concrete reconstruction algorithm / exponentiation algorithms / prediction algorithms / security systems / cryptographic algorithm / cryptographic software applications / Good prediction mechanisms/algorithms / exponentiation algorithm / / NaturalFeature Introduction Side channel / / OperatingSystem Microsoft Windows / / Organization USA Department of Mathematics / BIGNUM Division / University of Haifa / University of Innsbruck / Institute for Computer Science / / Person Mod Exp / / Position spy / SBPA spy / Mp / / Technology encryption / CRT algorithm / corresponding algorithm / cryptography / BBEA algorithm / BEEA algorithm / public key / Sliding Windows / concrete reconstruction algorithm / using prediction algorithms / Binary Extended Euclidean algorithm / purpose processors / exponentiation algorithms / private key / same processor / secret key / operating system / exponentiation algorithm / digital signature / Good prediction mechanisms/algorithms / Fixed Window Exponentiation Algorithm / operating systems / S&M algorithm / SWE algorithm / cryptographic algorithm / /
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New Branch Prediction Vulnerabilities in OpenSSL and Necessary Software Countermeasures Onur Acıic¸mez1 , Shay Gueron2,3 , and Jean-Pierre Seifert4 1