The YesWorkflow McPhillips et al. 2015b, McPhillips et al. 2015a toolkit was designed to annotate data curation workflows in conventional scripts (e.g., Python, R, Java) but it can also be used to annotate YAML-based Kurator workflow configuration files. From just a file that has been annotated by YesWorkflow, YesWorkflow is able to render a top-level graphical view of the workflow structure (prospective provenance), including system inputs and outputs, actors, connections among those actors, and expected data to be passed on those connections. YesWorkflow also supports dynamic analysis and reporting on the results of the workflow (retrospective provenance) at various levels of granularity (e.g., at the actor level, script level, data lev...
Provenance traces captured by scientific workflows can be useful for designing, debugging and mainte...
When executing scientific workflows in a distributed environment, anomalies of the workflow behavio...
Scientific workflows are commonly used to model and execute large-scale scientific experiments. They...
We illustrate how combining retrospective and prospectiveprovenance can yield scientifically meaning...
Scientists routinely analyse and share data for others to use. Successful data (re)use relies on hav...
The management and querying of workflow provenance data underpins a collection of activities, includ...
Workflow provenance is a crucial part of a workflow system as it enables data lineage analysis, erro...
Scientific workflow management systems offer features for composing complex computational pipelines ...
Abstract. We propose noWorkflow, a tool that transparently captures provenance of scripts and enable...
Workflow provenance typically assumes that each module is a “black-box”, so that each output depends...
International audiencePROV has been adopted by a number of workflow systems for encoding the traces ...
Integrated provenance support promises to be a chief advantage of scientific workflow systems over s...
Workflow provenance typically assumes that each module is a “black-box”, so that each output depends...
International audienceSHARP is a Linked Data approach for harmonizing cross-workflow provenance. In ...
Workflows processing data from research activities and driving in silico experiments are becoming an...
Provenance traces captured by scientific workflows can be useful for designing, debugging and mainte...
When executing scientific workflows in a distributed environment, anomalies of the workflow behavio...
Scientific workflows are commonly used to model and execute large-scale scientific experiments. They...
We illustrate how combining retrospective and prospectiveprovenance can yield scientifically meaning...
Scientists routinely analyse and share data for others to use. Successful data (re)use relies on hav...
The management and querying of workflow provenance data underpins a collection of activities, includ...
Workflow provenance is a crucial part of a workflow system as it enables data lineage analysis, erro...
Scientific workflow management systems offer features for composing complex computational pipelines ...
Abstract. We propose noWorkflow, a tool that transparently captures provenance of scripts and enable...
Workflow provenance typically assumes that each module is a “black-box”, so that each output depends...
International audiencePROV has been adopted by a number of workflow systems for encoding the traces ...
Integrated provenance support promises to be a chief advantage of scientific workflow systems over s...
Workflow provenance typically assumes that each module is a “black-box”, so that each output depends...
International audienceSHARP is a Linked Data approach for harmonizing cross-workflow provenance. In ...
Workflows processing data from research activities and driving in silico experiments are becoming an...
Provenance traces captured by scientific workflows can be useful for designing, debugging and mainte...
When executing scientific workflows in a distributed environment, anomalies of the workflow behavio...
Scientific workflows are commonly used to model and execute large-scale scientific experiments. They...