Toward Scalable Source Level Accuracy Analysis for Floating-point to Fixed-point Conversion

These instructions move a scalar double-precision (single-precision) floating-point value from the source operand (first operand) to the destination operand (second operand)..

Cette structure optimale devient un ratio cible, mais les entreprises peuvent temporairement s’en écarter en raison de déséquilibres ponctuels entre les sources et les besoin

Nous avons abouti à une formule de la production d’entropie sans dimension caractérisant un écoulement de couche limite tridimensionnel avec transfert de chaleur autour d’un

For any starting point in R d , d ≥ 3, we identify the stochastic dierential equa- tion of distorted Brownian motion with respect to a certain discontinuous Muck- enhoupt A 2

The developers of floating point programs would like to think in terms of real number semantics instead of the more ad hoc and complicated semantics given by some specific definition

This fact is measurable in practice, and compensated al- gorithms exploit this low level parallelism much better than double-double ones. The example of H ORNER ’s polynomial

Taking into account both accuracy and execution time simultane- ously is a difficult problem because these two criteria do not cohabit well: improving accuracy may be

SyHD explores a set of transformed programs generated with CoHD following several transformation strategies and finds the program with the best accuracy and execution time