International audiencePrevious work has introduced a Cloud platform model and budget-aware static algorithms to schedule stochastic workflows on such platforms. In this paper, we compare the performance of these algorithms obtained via simulation and via execution on an actual platform, Grid'5000. We focus on DIET, a widely used workflow engine, and detail the extensions that were implemented to conduct the comparison. We also detail additional code that we made available in order to automate and to ease the reproducibility of such experiments
The ability to provision resources on the fly and their pay-as-you-go nature has made cloud computin...
ERCIM News. Special Theme: "Cloud Computing. Platforms, Software, and Applications"The Distributed I...
Scientific workflows decompose complex scientific applications into smaller subsequent interdependen...
International audiencePrevious work has introduced a Cloud platform model and budget-aware static al...
DIET is a widely used workflow engine capable of scheduling workflows dynamically. This feature enab...
International audienceThis paper introduces several budget-aware algorithms to deploy scientific wor...
International audienceThis paper introduces several budget-aware algorithms to deploy scientific wor...
This report introduces several budget-aware algorithms to deploy scientific workflows on IaaS cloud ...
This report, which is an update of [5], introduces several budget-aware algorithms to deploy scienti...
International audienceThis paper introduces several budget-aware algorithms to deploy scientific wor...
International audienceThis work introduces several budget-aware algorithms to deploy scientific work...
Basic science is becoming ever more computationally intensive, increasing the need for large-scale c...
Conference paperThe scheduling of workflow applications involves the mapping of individual workflow ...
Many scientific applications are described through workflow structures. Due to the increasing level ...
The ability to provision resources on the fly and their pay-as-you-go nature has made cloud computin...
ERCIM News. Special Theme: "Cloud Computing. Platforms, Software, and Applications"The Distributed I...
Scientific workflows decompose complex scientific applications into smaller subsequent interdependen...
International audiencePrevious work has introduced a Cloud platform model and budget-aware static al...
DIET is a widely used workflow engine capable of scheduling workflows dynamically. This feature enab...
International audienceThis paper introduces several budget-aware algorithms to deploy scientific wor...
International audienceThis paper introduces several budget-aware algorithms to deploy scientific wor...
This report introduces several budget-aware algorithms to deploy scientific workflows on IaaS cloud ...
This report, which is an update of [5], introduces several budget-aware algorithms to deploy scienti...
International audienceThis paper introduces several budget-aware algorithms to deploy scientific wor...
International audienceThis work introduces several budget-aware algorithms to deploy scientific work...
Basic science is becoming ever more computationally intensive, increasing the need for large-scale c...
Conference paperThe scheduling of workflow applications involves the mapping of individual workflow ...
Many scientific applications are described through workflow structures. Due to the increasing level ...
The ability to provision resources on the fly and their pay-as-you-go nature has made cloud computin...
ERCIM News. Special Theme: "Cloud Computing. Platforms, Software, and Applications"The Distributed I...
Scientific workflows decompose complex scientific applications into smaller subsequent interdependen...