| Document Date: 2007-12-18 22:27:46
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Company IBM / / Country United States / / / Event Product Issues / FDA Phase / / Facility building UC / / IndustryTerm terms plain protocols / multiparty protocol / secure protocols / composable protocols / dense crypto-systems / arbitrary protocols / cryptographic protocols / succinct and efficient algorithms / honest opening protocol / arbitrary other protocols / secure protocol / computationally-efficient sampling algorithm / simpler protocol / actual systems / commitment protocol / plain protocols / polynomial time sampling algorithm / tamper-proof hardware / least protocols / actual protocol / sequential algorithms / protocol protocol / above protocol / provided sampling algorithm / larger systems / / Organization T.J. Watson Research Center / National Science Foundation / / / Position deterministic extractor / protocol designer / / Product F. / key registration models / CRS / CRS model / hardware token model / / ProvinceOrState Arkansas / / Technology encryption / sampling algorithm / existing protocols / polynomial time sampling algorithm / composed protocol / two-party protocol / simpler protocol / proposed protocols / two-party protocols / 1 Introduction Designing protocols / public key / above protocol / provided sampling algorithm / multiparty protocol / known protocols / commitment protocol / GUC-emulates protocol / non-committing encryption / same commitment protocol / analyzed protocol / UC-secure protocol / UCemulates protocol / two protocols / UC-emulates protocol / simulation / secure protocol / second encryption / UC protocols / honest opening protocol / two arbitrary protocols / UC secure protocol / protocol protocol / terms plain protocols / /
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Obtaining Universally Composable Security: Towards the Bare Bones of Trust∗ Ran Canetti† December 15, 2007 Abstract