| Document Date: 2012-07-17 12:23:38
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Company Assumptions Consider / / Currency pence / / / Facility University of Maryland / The University / / IndustryTerm real-world applications / differentially private multi-party protocol / n-party protocol / private protocols / oblivious protocols / private distributed summation protocols / n-user protocol / differentially-private protocol / multi-party protocols / differentially-private multi-party protocol / information-theoretic differentially private multi-party protocols / computing / naive protocol / / Organization UC Berkeley / University of Hong Kong / University of Maryland / College Park / / Person E. Shi / / Position communication model / and the general model respectively / trusted curator / General / / ProvinceOrState Maryland / / Technology remaining protocol / differentially private multi-party protocol / constructing multi-party protocols / differentially-private multi-party protocol / n-party protocol / peer-to-peer / Randomized oblivious protocols / differentially-private protocol / information-theoretic differentially private multi-party protocols / ESA / naive protocol / private distributed summation protocols / n-user protocol / /
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Optimal Lower Bound for Differentially Private Multi-party Aggregation T-H. Hubert Chan1 , Elaine Shi2 , and Dawn Song3 1 2