International audienceThis paper presents many typical problems that are encountered when executing large scale scientific applications over distributed architectures. The causes and effects of these problems are explained and a solution for some classes of scientific applications is also proposed. This solution is the combination of the asynchronous iteration model with JACEP2P-V2 which is a fully decentralized and fault tolerant platform dedicated to executing parallel asynchronous applications over volatile distributed architectures. We explain in detail how our approach deals with each of these problems. Then we present two large scale numerical experiments that prove the efficiency and the robustness of our approach
Using a new-developed simulator, the behaviour of asynchronous iterative methods on distributed main...
Parallel asynchronous iterative algorithms exhibit features that are extremely well–suited for Grid ...
Abstract Efficiently solving large sparse linear systems on loosely coupled net-works of computers i...
International audienceTo design parallel numerical algorithms on large scale distributed and heterog...
International audienceIterative asynchronous parallel methods are nowadays gaining renewed interest ...
International audienceThis article presents an algorithm that performs a decentralized detection of ...
International audienceThis article presents JACEP2P-V2, a Java environment dedicated to designing pa...
International audienceThis paper focuses on large scale experiments with Java and asynchronous itera...
International audienceWe study the impact of asynchronism on parallel iterative algorithms in the pa...
Abstract—Fault tolerance issues related to the implementation of distributed iterative algorithms vi...
Cover title.Includes bibliographical references (p. 29-33).Research supported by the NSF. ECS-851905...
La technologie actuelle permet aux scientifiques de divers domaines d'obtenir des données de plus en...
A methodology is introduced for minimizing the total execution time for a class of large-scale paral...
The current technology allows scientists of several domains to obtain more precise and large data. I...
International audienceWe study the impact of asynchronism on parallel iterative algorithms in the pa...
Using a new-developed simulator, the behaviour of asynchronous iterative methods on distributed main...
Parallel asynchronous iterative algorithms exhibit features that are extremely well–suited for Grid ...
Abstract Efficiently solving large sparse linear systems on loosely coupled net-works of computers i...
International audienceTo design parallel numerical algorithms on large scale distributed and heterog...
International audienceIterative asynchronous parallel methods are nowadays gaining renewed interest ...
International audienceThis article presents an algorithm that performs a decentralized detection of ...
International audienceThis article presents JACEP2P-V2, a Java environment dedicated to designing pa...
International audienceThis paper focuses on large scale experiments with Java and asynchronous itera...
International audienceWe study the impact of asynchronism on parallel iterative algorithms in the pa...
Abstract—Fault tolerance issues related to the implementation of distributed iterative algorithms vi...
Cover title.Includes bibliographical references (p. 29-33).Research supported by the NSF. ECS-851905...
La technologie actuelle permet aux scientifiques de divers domaines d'obtenir des données de plus en...
A methodology is introduced for minimizing the total execution time for a class of large-scale paral...
The current technology allows scientists of several domains to obtain more precise and large data. I...
International audienceWe study the impact of asynchronism on parallel iterative algorithms in the pa...
Using a new-developed simulator, the behaviour of asynchronous iterative methods on distributed main...
Parallel asynchronous iterative algorithms exhibit features that are extremely well–suited for Grid ...
Abstract Efficiently solving large sparse linear systems on loosely coupled net-works of computers i...