High Performance Computing, which brings together all the players responsible for improving the computing performance of scientific applications on supercomputers, aims to achieve exaflopic performance. This race for performance is today characterized by the manufacture of heterogeneous machines in which each component is specialized. Among these components, system memories specialize too, and the trend is towards an architecture composed of several memories with complementary characteristics. The question arises then of these new machines use whose practical performance depends on the application data placement on the different memories. Compromising code update against performance is challenging. In this thesis, we have developed a data a...
Telecommunication applications, especially in embedded systems, have become more complicated and so ...
This thesis aims at the development of innovating methods for optimum design in aerodynamics and mor...
In the recent years, the complexity of optimizing compilers has increased significantly due to incre...
Scientific applications are a real challenge for programmers due to their complexity and the amount ...
A crucial step in the process of application performance analysis is the accurate detection of progr...
The problems of continuous optimization are numerous, in economics, in signal processing, in neural ...
To face the advent of multicore processors and the ever increasing complexity of hardware architectu...
In computer vision, the choice of a computing architecture is becoming more difficult for image proc...
Smart sensors today require processing components with sufficient power to run algorithms at the rat...
Scientific applications have an increasing need of resources and many grand scientific challenges re...
The development and maintenance of high-performance scientific computing software is a complex task....
This phD dissertation is focused on the study of a methodology in order to predict the conducted ele...
The use of reconfigurable accelerators when designing heterogeneous system-on-chip has the potential...
Supercomputing plays an important role in several innovative fields, speeding up prototyping or vali...
The spectacular growth of space telecommunications during the last two decades requires an always hi...
Telecommunication applications, especially in embedded systems, have become more complicated and so ...
This thesis aims at the development of innovating methods for optimum design in aerodynamics and mor...
In the recent years, the complexity of optimizing compilers has increased significantly due to incre...
Scientific applications are a real challenge for programmers due to their complexity and the amount ...
A crucial step in the process of application performance analysis is the accurate detection of progr...
The problems of continuous optimization are numerous, in economics, in signal processing, in neural ...
To face the advent of multicore processors and the ever increasing complexity of hardware architectu...
In computer vision, the choice of a computing architecture is becoming more difficult for image proc...
Smart sensors today require processing components with sufficient power to run algorithms at the rat...
Scientific applications have an increasing need of resources and many grand scientific challenges re...
The development and maintenance of high-performance scientific computing software is a complex task....
This phD dissertation is focused on the study of a methodology in order to predict the conducted ele...
The use of reconfigurable accelerators when designing heterogeneous system-on-chip has the potential...
Supercomputing plays an important role in several innovative fields, speeding up prototyping or vali...
The spectacular growth of space telecommunications during the last two decades requires an always hi...
Telecommunication applications, especially in embedded systems, have become more complicated and so ...
This thesis aims at the development of innovating methods for optimum design in aerodynamics and mor...
In the recent years, the complexity of optimizing compilers has increased significantly due to incre...