This thesis work is done in the general context of the ERC funded Defying Amdahl's Law (DAL) project which aims at exploring the micro-architectural techniques that will enable high performance on future many-core processors. The project envisions that despite future huge investments in the development of parallel applications and porting it to the parallel architectures, most applications will still exhibit a significant amount of sequential code sections and, hence, we should still focus on improving the performance of the serial sections of the application. In this thesis, the research work primarily focuses on studying the difference between parallel and serial sections of the existing multi-threaded (MT) programs and exploring the desi...
L'omniprésence des ordinateurs et la demande de toujours plus de puissance poussent les architectes ...
International audienceSince several years, classical multiprocessor systems have evolved to multicor...
International audienceEstimating the potential performance of parallel applicationson the yet-to-be-...
This thesis work is done in the general context of the ERC funded Defying Amdahl's Law (DAL) project...
Since many years, we observe a shift from classical multiprocessor systems tomulticores, which tight...
This paper presents a fundamental law for parallel performance: it shows that parallel performance i...
International audienceAmdhal's law says that, we cannot go faster than the serial 1 section of the ...
Depuis les premiers ordinateurs on est en quête de machines plus rapides, plus puissantes, plus perf...
L'utilisation massive des plateformes multi-cœurs et multi-processeurs a pour effet de favoriser la ...
International audience—Estimating the potential performance of parallel applications on the yet-to-b...
Amdahl's Law dictates that in parallel applications serial sections establish an upper limit on the ...
Amdahl's Law dictates that in parallel applications serial sections establish an upper limit on the ...
Using Amdahl’s law as a metric, the authors illustrate a technique for developing efficient code on ...
L augmentation rapide du nombre de cœurs dans les processeurs actuels ne se traduit pas par une mise...
Ce manuscrit s'inscrit dans le domaine du calcul intensif (HPC) où le besoin croissant de performanc...
L'omniprésence des ordinateurs et la demande de toujours plus de puissance poussent les architectes ...
International audienceSince several years, classical multiprocessor systems have evolved to multicor...
International audienceEstimating the potential performance of parallel applicationson the yet-to-be-...
This thesis work is done in the general context of the ERC funded Defying Amdahl's Law (DAL) project...
Since many years, we observe a shift from classical multiprocessor systems tomulticores, which tight...
This paper presents a fundamental law for parallel performance: it shows that parallel performance i...
International audienceAmdhal's law says that, we cannot go faster than the serial 1 section of the ...
Depuis les premiers ordinateurs on est en quête de machines plus rapides, plus puissantes, plus perf...
L'utilisation massive des plateformes multi-cœurs et multi-processeurs a pour effet de favoriser la ...
International audience—Estimating the potential performance of parallel applications on the yet-to-b...
Amdahl's Law dictates that in parallel applications serial sections establish an upper limit on the ...
Amdahl's Law dictates that in parallel applications serial sections establish an upper limit on the ...
Using Amdahl’s law as a metric, the authors illustrate a technique for developing efficient code on ...
L augmentation rapide du nombre de cœurs dans les processeurs actuels ne se traduit pas par une mise...
Ce manuscrit s'inscrit dans le domaine du calcul intensif (HPC) où le besoin croissant de performanc...
L'omniprésence des ordinateurs et la demande de toujours plus de puissance poussent les architectes ...
International audienceSince several years, classical multiprocessor systems have evolved to multicor...
International audienceEstimating the potential performance of parallel applicationson the yet-to-be-...