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1
Intro
2
Motivation: Security of FHE schemes
3
FHE based on Approx-GCD
4
Our work
5
Approximate Common-Divisor Problem
6
Our Algorithm
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Classical Tools
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Tool (1): Product Tree
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Tool (2): Evaluation
10
Result
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Noisy Factoring Problem: Key Recovery Attack
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Noisy Factoring On Unknown Positions: Key Recovery Attack
13
RSA-CRT With Noisy Message: Key Recovery Attack
14
Low-Exponent RSA problem: Message Recovery Attack
15
Conclusion
16
Analysis of FHE Schemes
Description:
Explore faster algorithms for approximate common divisors in this 25-minute conference talk from Eurocrypt 2012. Delve into the security of Fully Homomorphic Encryption (FHE) schemes and the Approximate Common-Divisor Problem. Learn about classical tools like Product Trees and Evaluation, and discover applications to various cryptographic problems including noisy factoring, RSA-CRT with noisy messages, and low-exponent RSA. Gain insights into key recovery attacks and message recovery techniques. Conclude with an analysis of FHE schemes and their implications for cryptographic security.

Faster Algorithms for Approximate Common Divisors

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