Mar 25, 2015 · The reduced depth allows much reduced noise growth and thereby makes it possible to select smaller parameter sizes in somewhat homomorphic ...
Aug 15, 2015 · The reduced depth allows much reduced noise growth and thereby makes it possible to select smaller parameter sizes in somewhat homomorphic ...
Missing: Low Circuits
The most important factor in the efficiency of a solution is the multiplicative depth of the homomorphic circuit. Two prior works have given circuits with ...
Missing: Sorting. | Show results with:Sorting.
Comparison on Gentry's Fully homomorphic Encryption? [duplicate]
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Apr 20, 2019 · Yes, it is possible. I remember at least of the article Low Depth Circuits for Efficient Homomorphic Sorting in which comparisons are discussed.
The reduced depth allows much reduced noise growth and thereby makes it possible to select smaller parameter sizes in somewhat homomorphic encryption ...
Missing: Low | Show results with:Low
The reduced depth allows much reduced noise growth and thereby makes it possible to select smaller parameter sizes in somewhat homomorphic encryption ...
Designing low-depth circuits for homomorphic evaluation is a crucial part of mak- ing HE practical.
Missing: Sorting. | Show results with:Sorting.
Jul 10, 2024 · We present new uFHE comparison algorithms featuring slot compaction for ciphertext comparison to lower memory usage and non-blocking comparison ...
Dec 1, 2021 · The idea behind homomorphic encryption is to never decrypt and to directly compute on encrypted data.
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Is fully homomorphic encryption practical?
Oct 22, 2024 · In this study, we propose an efficient sorting method for encrypted data using fully homomorphic encryption (FHE).