One approach for a hierarchical architecture of a set of linear algebra libraries with self-
optimisation capacity is shown. In previous works the optimisation of several routines was …

We aim at modeling the performance of linear algebra algorithms without executing either
them or parts of them. The performance of an algorithm can be expressed in terms of the …

The architecture of an automatically tuned linear algebra library proposed in previous works
is extended in order to adapt itself to platforms where both the CPU load and the network …

In this paper, we analyse the design of polylibraries, where the programs call for routines
from different libraries according to the characteristics of the problem and of the system used …

In this work we propose the architecture of an automatically tuned linear algebra library,
which is composed by a set of linear algebra routines along with their installation routines …

This paper proposes some metaheuristics for the solution of a tasks scheduling problem.
Independent tasks with different computational costs and memory requirements are …

Performance Prediction through Time Measurements Page 1 Performance Prediction through
Time Measurements Roman Iakymchuk AICES Graduate School, RWTH Aachen …

In recent years different techniques to obtain software able to tune automatically to the
conditions of parallel platforms have been studied [3, 9, 10, 12, 16]. Such developments will …

En este artıculo se estudia la técnica de autooptimización de rutinas paralelas por medio de
la parametrización del modelo de tiempo de ejecución. Se analizan las peculiaridades de …