Publications associées à Cryptanalysis of the Sidelnikov cryptosystem

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Optimal polynomial blow up range for critical wave maps

Can Gao

We prove that the critical Wave Maps equation with target

S^2

and origin ℝ

^{2+1}

admits energy class blow up solutions of the form [ u(t, r) = Q(\lambda(t)r) + \epsilon(t, r) ] where

Q:ℝ²\rightarrow S^2

is the ground state harmonic map and $\lambda ...

EPFL2015

Cryptanalysis of the Sidelnikov cryptosystem

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Chattez avec Graph Search

Privacy-enhancing technologies for medical tests using genomic data

Method for privacy-preserving medical risk test

Privacy-Preserving Photo Sharing based on a Public Key Infrastructure

Optimal polynomial blow up range for critical wave maps

Private and Secure Public-Key Distance Bounding: Application to NFC Payment

Cryogenic Spectroscopy and Quantum Molecular Dynamics Determine the Structure of Cyclic Intermediates Involved in Peptide Sequence Scrambling

Electrical contacts to single nanowires: a scalable method allowing multiple devices on a chip. Application to a single nanowire radial p-i-n junction

Cryptanalysis of the Double-Moduli Cryptosystem

Statistical and Algebraic Cryptanalysis of Lightweight and Ultra-Lightweight Symmetric Primitives

On the Cryptanalysis of Public-Key Cryptography

Optimal polynomial blow up range for critical wave maps

Electrical contacts to single nanowires: a scalable method allowing multiple devices on a chip. Application to a single nanowire radial p-i-n junction

Cryptanalysis of the Double-Moduli Cryptosystem

Privacy-Preserving Photo Sharing based on a Public Key Infrastructure

Private and Secure Public-Key Distance Bounding: Application to NFC Payment

Privacy-enhancing technologies for medical tests using genomic data

Method for privacy-preserving medical risk test

Cryogenic Spectroscopy and Quantum Molecular Dynamics Determine the Structure of Cyclic Intermediates Involved in Peptide Sequence Scrambling

Statistical and Algebraic Cryptanalysis of Lightweight and Ultra-Lightweight Symmetric Primitives

On the Cryptanalysis of Public-Key Cryptography