Jan 17, 2024 · Abstract. The security of lattice-based crytography (LWE, NTRU, and FHE) depends on the hardness of the shortest-vector problem (SVP).

Abstract. The security of lattice-based crytography (LWE, NTRU, and FHE) depends on the hardness of the shortest-vector problem (SVP). Sieving algorithms ...

Memory adds no cost to lattice sieving for computers in 3 or more spatial dimensions. S. Jaques. IACR Cryptol. ePrint Arch., (2024 ). 1. 1. Meta data. BibTeX ...

Memory adds no cost to lattice sieving for computers in 3 or more spatial dimensions. Samuel Jaques. Communications in Cryptology, 2024. ALLOSAUR ...

Memory adds no cost to lattice sieving for computers in 3 or more spatial dimensions · Samuel Jaques. Computer Science, Mathematics. IACR Cryptol. ePrint Arch.

2024. Memory adds no cost to lattice sieving for computers in 3 or more spatial dimensions. S Jaques. Cryptology ePrint Archive, 2024. 2, 2024. The do's and don ...

Memory adds no cost to lattice sieving for computers in 3 or more spatial dimensions ... sieving in higher dimensions, i.e., dimensions greater than two.

Memory adds no cost to lattice sieving for computers in 3 or more spatial dimensions ... While this adds substantial costs to route data during lattice sieving ...

Nov 7, 2024 · Samuel Jaques: Memory adds no cost to lattice sieving for computers in 3 or more spatial dimensions.

Memory adds no cost to lattice sieving for computers in 3 or more spatial dimensions ... Speeding-up lattice sieving without increasing the memory, using ...