![Cryptography / Computational hardness assumptions / Decisional DiffieHellman assumption / Computational DiffieHellman assumption / Decision Linear assumption / DiffieHellman problem / Learning with errors / Weight / Provable security / IP / XDH assumption / Ideal lattice cryptography Cryptography / Computational hardness assumptions / Decisional DiffieHellman assumption / Computational DiffieHellman assumption / Decision Linear assumption / DiffieHellman problem / Learning with errors / Weight / Provable security / IP / XDH assumption / Ideal lattice cryptography](https://www.pdfsearch.io/img/3d59555c2cee2d4f1aaef772b947a689.jpg) Date: 2018-02-16 15:03:09Cryptography Computational hardness assumptions Decisional DiffieHellman assumption Computational DiffieHellman assumption Decision Linear assumption DiffieHellman problem Learning with errors Weight Provable security IP XDH assumption Ideal lattice cryptography | | Semantic Security Invariance under Variant Computational Assumptions Eftychios Theodorakis? and John C. Mitchell?? Abstract. A game-based cryptographic proof is a relation that establishes equivalence between probabilistAdd to Reading ListSource URL: eftychis.orgDownload Document from Source Website File Size: 634,17 KBShare Document on Facebook
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