Scientific Workflows Survey Intention of this feed is to help anybody interested in Scientific Workflows to find about current projects and background information about workflows. tag:extreme.indiana.edu,2005:swf-survey 2005-10-26T16:44:48-05:00 Aleksander Slominski
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JOpera for Eclipse 2005-10-26T16:45:48-05:00 2005-10-26T16:45:48Z 2005-10-26T21:44:48Z JOpera for Eclipse

Updated project location and description.

Grid Workflow Forum added 2005-06-29T16:45:48-05:00 2005-06-29T16:45:48Z 2005-06-29T21:44:48Z Grid Workflow Forum

European projects K-Wf Grid and CoreGRID I established a Grid Workflow Forum as an open forum for information exchange and discussions about scientific and commercial approaches in the domain of Grid Workflows.

GRMS added 2005-03-20T16:45:48-05:00 2005-03-19T16:45:48Z 2005-03-18T21:44:48Z GRMS added

GRMS is a persistent GSI-enabled Web Service in GridLab project under GPL in Java using CoG (uses Pre-WS GT). Provides both command line and GridSphere Web portlet interface. Has its own workflow language (DAG/PetriNet).

Askalon/AGWL added 2005-02-04T16:45:48-05:00 2005-02-04T16:45:48Z 2005-02-01T21:44:48Z Askalon/AGWL added

Askalon is a Grid runtime for AGWL that has resource broker, resource monitoring, (meta)-scheduler etc. AGWL is an abstract Grid workflow language for describing workflows (graphs with loops) at a high level of abstraction.

Fiswidgets Project added 2005-01-27T16:45:48-05:00 2005-01-27T21:45:48Z 2005-01-27T21:44:48Z Fiswidgets Project added

Fiswidgets looks like nice Java GUI and simple to use workflow tool that may be in future integrated with Grid. Additional background (only abstracts available): overview from 2002 publication and from 2003 and some additional external FisWidgets.

The fiswidgets project is developing Java graphical user interfaces for a number of neuroimaging analysis packages (e.g. AIR, AFNI), and a graphical computing environment (analysis desktop) in which to link together individual graphical user interfaces as subcomponents in multi-step processing streams. The software consists of the current set of graphical user interfaces, the desktop and workbench computing environments, and, the Java toolkit (API) used to create graphical user interfaces.
(...) Fiswidgets development is funded jointly by the National Institute of Mental Health, National Institute of Neurological Disorders and Stroke, and National Cancer Institute, under the auspices of the Neuroinformatics/Human Brain Project, grant #RO1 MH62006, Usability and Interoperability of Neuroimaging Software.