Add to ORKGInvited presentation at the SPEC (Service de Physique de l'Etat Condensé) seminar at CEA Saclay,Computer arithmetic deals with representations of numbers, algorithms for computing the operations and methods to manage errors and specific behaviors during the computations. All these aspects are linked and impact the performance, silicon cost and energy consumption of implementations in digital circuits. The talk will introduce several solutions and tools from computer arithmetic to help hardware designers to optimize their numerical circuits with a specific focus on speed and energy
With the increase of chip component density and new manufacturability constraints imposed by modern ...
To enable the accurate and repeatable execution of a computational simulation task, it is important ...
Many numerical problems require some very accurate computations. Examples can be found in the field ...
International audienceThe paper describes a new RNS (residue number system) modular multiplication a...
AbstractBased on the binomial identity∑k=0x(Mk)(N−Mn−k)=∑m=MN−n+x(mx)(N−1−mN−m−n+x) we present an al...
The microcomputer array system is discussed with specific attention given to its electronic warware ...
An electro-mechanical analogue computer has been described which simulates in conjunction with the 1...
International audienceSince their introduction in constructive cryptographic applications, pairings ...
International audienceDesigning accelerators or blocks for security and cryptography in hardware usu...
The paper describes the use of high performance computing and the generalized Catalan numbers to fin...
International audienceA Domain Specific Language for PDEs embedded in C++ providing a syntax very cl...
This paper deals with the computation of reciprocals, square roots, inverse square roots, and some e...
We study the computational power of rational Piecewise Constant Derivative (PCD) systems. PCD system...
The continuous growth of computing power, both in terms of hardware and software resources, has made...
xloops is a program package that calculates Feynman diagrams by usingcomputer algebra systems. In th...
With the increase of chip component density and new manufacturability constraints imposed by modern ...
To enable the accurate and repeatable execution of a computational simulation task, it is important ...
Many numerical problems require some very accurate computations. Examples can be found in the field ...
International audienceThe paper describes a new RNS (residue number system) modular multiplication a...
AbstractBased on the binomial identity∑k=0x(Mk)(N−Mn−k)=∑m=MN−n+x(mx)(N−1−mN−m−n+x) we present an al...
The microcomputer array system is discussed with specific attention given to its electronic warware ...
An electro-mechanical analogue computer has been described which simulates in conjunction with the 1...
International audienceSince their introduction in constructive cryptographic applications, pairings ...
International audienceDesigning accelerators or blocks for security and cryptography in hardware usu...
The paper describes the use of high performance computing and the generalized Catalan numbers to fin...
International audienceA Domain Specific Language for PDEs embedded in C++ providing a syntax very cl...
This paper deals with the computation of reciprocals, square roots, inverse square roots, and some e...
We study the computational power of rational Piecewise Constant Derivative (PCD) systems. PCD system...
The continuous growth of computing power, both in terms of hardware and software resources, has made...
xloops is a program package that calculates Feynman diagrams by usingcomputer algebra systems. In th...
With the increase of chip component density and new manufacturability constraints imposed by modern ...
To enable the accurate and repeatable execution of a computational simulation task, it is important ...
Many numerical problems require some very accurate computations. Examples can be found in the field ...