Références

Dossier racine

• Compact multi-signatures for smaller blockchains - Boneh, Drijvers, Neven.pdf

• Efficient identification and signatures for smart cards - Schnorr.pdf

• Efficient zero-knowledge arguments for arithmetic circuits in the discrete log setting - Bootle, Cerulli, Chaidos, Groth, Petit.pdf

• Elliptic curve based zero knowledge proofs and their applicability on ressource constrained devices - Chatzigiannakis, Pyrgelis, Spirakis, Stamatiou.pdf

• Elliptic curves, number theory and cryptography - Washington.pdf

• Evaluating 2-DNF formulas on Ciphertexts - Boneh, Goh, Nissim.pdf

• Explaining SNARKs - Gabizon.pdf

• From zero knowledge to bulletproofs - Gibson.pdf

• Homomorphic encryption and the BGN cryptosystem - Freeman.pdf

• How to share a secret - Shamir.pdf

• Introduction to cryptography - Dodis.pdf

• Pairings for beginners - Costello.pdf

• Pinocchio, nearly practical verfiable computations - Howell, Gentry, Parno, Raykova.pdf

• Polynomial-time algorithms for prime factorization and discrete logarithms on a quantum computer - Schor.pdf

• Quadratic arithmetic programs, from zero to hero - Buterin.pdf

• Quantum cryptanalysis of hidden linear functions - Boneh, Lipton.pdf

• Securing Bitcoin wallets via a new DSA-ECDSA threshold signature scheme - Goldfeder, Gennaro, Kalodner, Bonneau, Kroll, Felten, Narayanan.pdf

• Short signatures from the Weil pairing - Boneh, Lynn, Shacham.pdf

• Simple Schnorr multi-signature with applications to Bitcoin - Maxwell, Poelstra, Seurin, Wuille.pdf

• Zk-SNARKs, under the hood - Buterin.pdf