This paper describes the lattice problems that are key in the study of lattice-based cryptography, identifies and categorizes methods for solving these problems, analyzes existing implementations of these algorithms, and extrapolates on the future of lattice-based cryptanalysis, based on the foreseeable advances in computer architecture. Some future lines of work are given, considering the existence of parallel architectures that seem adequate for current attacks
Creation of smart spaces and scaling of devices to achieve miniaturization in pervasive computing en...
International audienceLattice reduction algorithms have surprisingly many applications in mathematic...
Objective: Quantum algorithms are stronger and more secure than classical computers because they run...
This paper describes the lattice problems that are key in the study of lattice-based cryptography, i...
This paper describes the lattice problems that are key in the study of lattice-based cryptography, ...
The aim of this work is several faces of lattices in cryptography. After the section in which we des...
With quantum-computing, classical cryptosystems, such as RSA, can easily be broken. Today, lattice-b...
It is known that the development of quantum computers will break the cryptographic schemes that are...
Lattice-based cryptography is an extraordinarily popular subfield of cryptography. But since it is a...
DARPA or the U.S. Government, or the Sloan Foundation. The U.S. Government is authorized to reproduc...
In this chapter we describe some of the recent progress in lattice-based cryp-tography. Lattice-base...
This paper is a tutorial introduction to the present state-of-the-art in the field of security of la...
Mathematical problems for lattice-based public key cryptosystem design are analyzed. A method of con...
Lattice reduction is a powerful concept for solving diverse problems involving point lattices. Latti...
Creation of smart spaces and scaling of devices to achieve miniaturization in pervasive computing en...
Creation of smart spaces and scaling of devices to achieve miniaturization in pervasive computing en...
International audienceLattice reduction algorithms have surprisingly many applications in mathematic...
Objective: Quantum algorithms are stronger and more secure than classical computers because they run...
This paper describes the lattice problems that are key in the study of lattice-based cryptography, i...
This paper describes the lattice problems that are key in the study of lattice-based cryptography, ...
The aim of this work is several faces of lattices in cryptography. After the section in which we des...
With quantum-computing, classical cryptosystems, such as RSA, can easily be broken. Today, lattice-b...
It is known that the development of quantum computers will break the cryptographic schemes that are...
Lattice-based cryptography is an extraordinarily popular subfield of cryptography. But since it is a...
DARPA or the U.S. Government, or the Sloan Foundation. The U.S. Government is authorized to reproduc...
In this chapter we describe some of the recent progress in lattice-based cryp-tography. Lattice-base...
This paper is a tutorial introduction to the present state-of-the-art in the field of security of la...
Mathematical problems for lattice-based public key cryptosystem design are analyzed. A method of con...
Lattice reduction is a powerful concept for solving diverse problems involving point lattices. Latti...
Creation of smart spaces and scaling of devices to achieve miniaturization in pervasive computing en...
Creation of smart spaces and scaling of devices to achieve miniaturization in pervasive computing en...
International audienceLattice reduction algorithms have surprisingly many applications in mathematic...
Objective: Quantum algorithms are stronger and more secure than classical computers because they run...