| Document Date: 2015-04-09 11:42:22
Open Document File Size: 495,48 KBShare Result on Facebook
City Belfast / Efficient Identity / Factoring / Lightweight Lattice / Lattice / Practical Lattice / / Company Fiat / NTL / Quantum Computer / Reconfigurable Hardware / N. Mentens D. D. / Intel / Device S6 LX16 Resources / Embedded Systems / / Country United Kingdom / / Facility Queen’s University / University Bochum / NTL library / Stanford University / Horst Görtz Institute / / IndustryTerm real-world applications / larger devices / cryptographic protocols / verification algorithm / cryptographic algorithms / constrained systems / lightweight devices / actual security systems / signature algorithms / constrained devices / lattice-based algorithms / / Organization Stanford University / Horst Görtz Institute for IT-Security / T. Güneysu Centre for Secure Information Technologies / / Person C. Peikert / V / J. Katz / V / L. Ducas / V / T. Güneysu / V / I (Sign) Bliss-I (Ver) / / Position SVP / / ProgrammingLanguage BLISS / / ProvinceOrState South Dakota / / PublishedMedium IEEE Transactions on Information Theory / Cryptology ePrint Archive / / SportsLeague Stanford University / / Technology encryption / cryptography / RAM / Public Key / public-key encryption / Sieve Algorithm / Polynomial-Time Algorithms / Gaussian sampling algorithm / verification algorithm / identity-based encryption / private key / machine learning / Digital Signature / lattice-based algorithms / DSP / cryptographic protocols / Lightweight Lattice-Based Encryption / flash / attribute-based encryption / signature algorithms / Lattice-based Identification Protocols / Attribute-Based Functional Encryption / /
SocialTag |
Practical Lattice-based Digital Signature Schemes