[PDF][PDF] Mayflower-explorative modeling of scientific workflows with BPEL

M Sonntag, M Hahn… - The 10th International …, 2012 - research.rug.nl
The 10th International Conference on Business Process Management:(BPM 2012), 2012research.rug.nl
Using workflows for scientific calculations, experiments and simulations has been a success
story in many cases. Unfortunately, most of the existing scientific workflow systems
implement proprietary, non-standardized workflow languages, not taking advantage of the
achievements of the conventional business workflow technology. It is only natural to
combine these two research branches in order to harness the strengths of both. In this
demonstration, we present Mayflower, a workflow environment that enables scientists to …
Abstract
Using workflows for scientific calculations, experiments and simulations has been a success story in many cases. Unfortunately, most of the existing scientific workflow systems implement proprietary, non-standardized workflow languages, not taking advantage of the achievements of the conventional business workflow technology. It is only natural to combine these two research branches in order to harness the strengths of both. In this demonstration, we present Mayflower, a workflow environment that enables scientists to model workflows on the fly using extended business workflow technology. It supports the typical trial-and-error approach scientists follow when developing their experiments, computations or simulations and provides scientists with all crucial characteristics of the workflow technology. Additionally, beneficial to the business stakeholders, Mayflower brings additional simplification in workflow development and debugging.
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