International audienceLarge-scale simulation and optimization are demanding applications that require high-performance computing platforms. Because their economic impact is fundamental to the industry, they also require robust, seamless and effective mechanisms to support dynamic user interactions, as well as fault-tolerance and resiliency on parallel computing platforms. Distributed workflows are considered here as a means to support large-scale dynamic and resilient multiphysics simulation and optimization applications, such as multiphysics aircraft simulation
The industry requires innovative technologies to support the numeric design and simulation of manufa...
International audienceLarge-scale simulations, e.g. fluid-structure interactions and aeroacoustics n...
Best Paper AwardInternational audienceThis paper presents an approach to design, implement and deplo...
International audienceLarge-scale simulation and optimization are demanding applications that requir...
Abstract—This paper presents an approach to design, implement and deploy a simulation platform based...
International audienceWorkflows systems are considered here to support large-scale multiphysics simu...
Abstract—This paper presents an approach to design, implement and deploy a simulation platform based...
Summary. Large-scale multiphysics applications, e.g., aircraft flight simulation, require several la...
Abstract—This paper presents an approach to design, implement and deploy a simulation platform based...
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...
International audienceWorkflow management systems have recently been the focus of much interest and ...
International audienceLarge-scale multiphysics applications, e.g., aircraft flight simulation, requi...
In this report we present a thorough study of the concept of resiliency in distributed workflow syst...
In this report we present a thorough study of the concept of resiliency in distributed workflow syst...
The industry requires innovative technologies to support the numeric design and simulation of manufa...
International audienceLarge-scale simulations, e.g. fluid-structure interactions and aeroacoustics n...
Best Paper AwardInternational audienceThis paper presents an approach to design, implement and deplo...
International audienceLarge-scale simulation and optimization are demanding applications that requir...
Abstract—This paper presents an approach to design, implement and deploy a simulation platform based...
International audienceWorkflows systems are considered here to support large-scale multiphysics simu...
Abstract—This paper presents an approach to design, implement and deploy a simulation platform based...
Summary. Large-scale multiphysics applications, e.g., aircraft flight simulation, require several la...
Abstract—This paper presents an approach to design, implement and deploy a simulation platform based...
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...
International audienceWorkflow management systems have recently been the focus of much interest and ...
International audienceLarge-scale multiphysics applications, e.g., aircraft flight simulation, requi...
In this report we present a thorough study of the concept of resiliency in distributed workflow syst...
In this report we present a thorough study of the concept of resiliency in distributed workflow syst...
The industry requires innovative technologies to support the numeric design and simulation of manufa...
International audienceLarge-scale simulations, e.g. fluid-structure interactions and aeroacoustics n...
Best Paper AwardInternational audienceThis paper presents an approach to design, implement and deplo...