| Document Date: 2015-04-22 10:26:13
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Company IBM / / / Event FDA Phase / / Facility Tel Aviv University / Boston University / Check Point Institute / / IndustryTerm secure function evaluation protocol / complicated protocol / main technical tool / classic protocols / homomorphic evaluation algorithms / enough extraction algorithm / classic black-box zero-knowledge protocols / complicated protocols / resettably-secure protocols / resettably-sound protocols / naive protocol / resettably-sound protocol / simplified resettable protocols / resettably-sound zero-knowledge protocol / / Organization Check Point Institute for Information Security / National Science Foundation / Tel Aviv University / Boston University / / Person OMER PANETH / / / Position extractor / first Author was / knowledge extractor / / Product Feige / Deng / Richardson / / Technology encryption / classic ZK protocols / concurrent ZK protocols / simultaneously-resettable ZK protocol / cryptography / naive resettably-sound ZK protocol / 4-message ZK protocol / enough extraction algorithm / known protocols / secure function evaluation protocol / symmetric-key encryption / resettably-sound protocols / CCA-1 symmetric encryption / resettably-secure protocols / concurrent ZK protocol / simultaneouslyresettable ZK protocol / resettably-sound protocol / resettably-sound zero-knowledge protocol / classic black-box zero-knowledge protocols / rather complicated protocols / rather complicated protocol / naive protocol / 4-message resettably-sound ZK protocol / two-message secure function evaluation protocol / resettably-sound ZK protocol / secret key / revised protocol / SIMULATION / homomorphic evaluation algorithms / simplified resettable protocols / /
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ON NON-BLACK-BOX SIMULATION AND THE IMPOSSIBILITY OF APPROXIMATE OBFUSCATION ∗ NIR BITANSKY† AND OMER PANETH‡ Abstract. The introduction of a non-black-box simulation technique by Barak (FOCShas been a major