Add to ORKGInternational audienceWorkflows systems are considered here to support large-scale multiphysics simulations. Because the use of large distributed and parallel multi-core infrastructures is prone to software and hardware failures, the paper addresses the need for error recovery procedures. A new mechanism based on asymmetric checkpointing is presented. A rule-based implementation for a distributed workflow platform is detailed
This report presents an approach to design, implement and deploy resilient distributed workflows. It...
In this report we present a thorough study of the concept of resiliency in distributed workflow syst...
International audienceThis paper describes an approach to extend process modeling for engineering de...
International audienceLarge-scale simulations, e.g. fluid-structure interactions and aeroacoustics n...
International audienceLarge-scale simulations, e.g. fluid-structure interactions and aeroacoustics n...
International audienceThis paper presents an approach to design, implement and deploy a simulation p...
International audienceThis paper presents an approach to design, implement and deploy a simulation p...
Best Paper AwardInternational audienceThis paper presents an approach to design, implement and deplo...
Best Paper AwardInternational audienceThis paper presents an approach to design, implement and deplo...
International audienceLarge-scale simulation and optimization are demanding applications that requir...
International audienceThis paper presents the design, implementation and deployment of a simulation ...
International audienceThis paper presents the design, implementation and deployment of a simulation ...
In this report we present a thorough study of the concept of resiliency in distributed workflow syst...
This report presents an approach to design, implement and deploy resilient distributed workflows. It...
Abstract—This paper presents an approach to design, implement and deploy a simulation platform based...
This report presents an approach to design, implement and deploy resilient distributed workflows. It...
In this report we present a thorough study of the concept of resiliency in distributed workflow syst...
International audienceThis paper describes an approach to extend process modeling for engineering de...
International audienceLarge-scale simulations, e.g. fluid-structure interactions and aeroacoustics n...
International audienceLarge-scale simulations, e.g. fluid-structure interactions and aeroacoustics n...
International audienceThis paper presents an approach to design, implement and deploy a simulation p...
International audienceThis paper presents an approach to design, implement and deploy a simulation p...
Best Paper AwardInternational audienceThis paper presents an approach to design, implement and deplo...
Best Paper AwardInternational audienceThis paper presents an approach to design, implement and deplo...
International audienceLarge-scale simulation and optimization are demanding applications that requir...
International audienceThis paper presents the design, implementation and deployment of a simulation ...
International audienceThis paper presents the design, implementation and deployment of a simulation ...
In this report we present a thorough study of the concept of resiliency in distributed workflow syst...
This report presents an approach to design, implement and deploy resilient distributed workflows. It...
Abstract—This paper presents an approach to design, implement and deploy a simulation platform based...
This report presents an approach to design, implement and deploy resilient distributed workflows. It...
In this report we present a thorough study of the concept of resiliency in distributed workflow syst...
International audienceThis paper describes an approach to extend process modeling for engineering de...