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Nov 21, 2024 · In this paper, we take a quantitative approach, associating with each function f the minimal number of calls to the black box that are required ...
This approach leads to a better understanding of the inherent complexity for securely computing a given function f. Furthermore, minimizing the number of calls ...
Dec 1, 2003 · We propose a systematic study of the quantitative approach to reductions in secure computation, towards a deeper understanding of the ...
We propose a systematic study of the quantitative approach to reductions in secure computation, towards a deeper understanding of the inherent com- plexity of ...
A Quantitative Approach to Reductions in Secure Computation ; Amos Beimel · Tal Malkin · DOI: 10.1007/978-3-540-24638-1_14 · Search ePrint · Search Google · TCC ...
This paper states that all functions can be computed securely in the information theoretic setting, given access to a black box for some complete function ...
A Quantitative Approach to Reductions in Secure Computation ... We propose a systematic study of the quantitative approach to reductions in secure computation, ...
We propose a systematic study, towards a general characterization of the hierarchy according to the number of black-box calls. This approach leads to a better ...
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In this paper, we take a quantitative approach, associating with each function f the minimal number of calls to the black box that are required for securely ...
A quantitative approach to reductions in secure computation (beimel malkin tcc 04); Non-Malleable and CCA Encryption, e.g.: DDN, PSV, CDMW, Lossy TDP [PW] ...