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Noise drowning in distributed decryption
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Classroom Contents
Homomorphic Encryption in the SPDZ Protocol for MPC
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- 1 Intro
- 2 Secure Multi-Party Computation
- 3 The SPDZ setting
- 4 MPC in the preprocessing model
- 5 Additive secret sharing with MACS
- 6 Reconstructed shared values
- 7 SPDZ online phase : securely computing arithmetic circuits
- 8 Multiplication of secret-shared values
- 9 Triple generation: two main approaches
- 10 Threshold homomorphic encryption
- 11 Instantiating threshold homomorphic
- 12 Distributed decryption protocol
- 13 Passive triple generation: basic protocol
- 14 Active security in two steps
- 15 Zero knowledge proofs in SPDZ
- 16 Proving knowledge of short preimages
- 17 Variations on the basic SPDZ protocol
- 18 Where can we hope to do better?
- 19 Improving zero knowledge proofs
- 20 A step further removing zero knowledge proofs?
- 21 Noise drowning in distributed decryption
- 22 Alternative approach: non-interactive triploma generation
- 23 Conclusion
