In this paper, we address the optimization of scientific workflow execution in clouds by exploiting multi-core systems with the parallelization of bottleneck ...

Testing results with a 6.0-degree Montage example on Amazon EC2 with various configurations show that our optimization of workflows (bottleneck tasks in ...

In this paper, we address the optimization of scientific workflow execution in clouds by exploiting multi-core systems with the parallelization of bottleneck ...

In this paper, we address the optimization of scientific workflow execution in clouds by exploiting multi-core systems with the parallelization of bottleneck ...

In this paper, we address the optimization of scientific workflow execution in clouds by exploiting multi-core systems with the parallelization of bottleneck ...

Optimizing scientific workflows in the cloud: a montage example. Qingye Jiang, Young Choon Lee, Manuel Arenaz, Luke M. Leslie, Albert Y. Zomaya. Research ...

A workflow management system, such as Pegasus [13], orchestrates the transfer of input data from image archives to the cloud storage resources using appropriate ...

Optimizing Scientific Workflows in the Cloud: A Montage Example. Q. Jiang, Y. Lee, M. Arenaz, L. Leslie, and A. Zomaya. UCC, page 517-522. IEEE Computer ...

Optimizing Scientific Workflows in the Cloud: A Montage Example. In Proceedings of the 7th IEEE/ACM International Conference on Utility and Cloud Computing ...

Cloud computing offers distributed, scalable, virtualized, cost-effective computing environments making them ideal platforms to execute scientific workflows.